INRIA, Evaluation of Theme COGC 1. Personnel
Transcription
INRIA, Evaluation of Theme COGC 1. Personnel
INRIA, Evaluation of Theme COGC Project-team MErLIn May 17-18, 2006 Project-team title: MErLIn, Méthodes pour l’ergonomie des logiciels interactifs Scientific Leader: Dominique L. Scapin Scientific Co-Leader: Noëlle Carbonell Research centres: INRIA Research Units Rocquencourt & Lorraine Common project-team with: University Henri Poincaré, Nancy 1 1. Personnel Personnel (October 2001) Misc. INRIA 1 DR (1) / Professors CR (2) / Assistant Professors Permanent Engineers (3) Temporary Engineers Ph.D. Students Post-Doc. Total External Collaborators Visitors (> 1 month CNRS University 2 2 Total 3 2 0,5 3 4 7 4,5 1 8 12,5 1 0,5 (1) “Senior Research Scientist (Directeur de Recherche)” (2) “Junior Research Scientist (Chargé de Recherche) ” (3) “Civil Servant (CNRS, INRIA, …)” (4) “Associated with a contract (Ingénieur Expert or Ingénieur Associé) ” 1 Personnel (May 2006) Misc. INRIA 1 DR (1) / Professors CR (2) / Assistant Professors Permanent Engineers (3) Temporary Engineers Ph.D. Students Post-Doc. Total External Collaborators Visitors (> 1 month CNRS University 1 1 3 2 7 1 1 Total 2 1 3 2 8 1 Changes in staff DR / Professors Misc. INRIA CNRS University Total 3 3 CR / Assistant Professors Arrival Leaving Comments: Academic staff at University René Descartes (Paris 5), that is one Professor and two Assistant Professors, had to leave the MErLIn project-team due to the reorganisation of the Paris 5 Lab. in ergonomics together with the retirement of Pr. J.C. Sperandio. Current composition of the project-team (May 17-18, 2006): • Dominique L. Scapin, Research Director, INRIA, UR Rocquencourt • Noëlle Carbonell, Professor, University Henri Poincaré, LORIA • Suzanne Kieffer, Lecturer, University Henri Poincaré, LORIA • Mickaël Baron, Post-Doc., INRIA, UR Rocquencourt • Marius Hategan, Temporary Engineer, INRIA, LORIA • Syrine Charfi, Ph.D. Student, Tunisian gov. grant, UR Rocquencourt • Olivier Christmann, Ph.D. Student, MENESR grant, LORIA • Jerôme Simonin, Ph.D. Student, DGA-CNRS grant, LORIA • Daniel Gepner, External Collaborator (Dedale SA, Paris), LORIA Current position of former project-team members (including students) during the 2002-2005 period (4 years): • Delphine Autard (former Technical Staff, Rocquencourt): Research Engineer (Computer Science) at INSERM (since 2006) • Cédric Bach (former Ph.D. Student, Rocquencourt): Post-Doc. (Ergonomics) at IRIT, Toulouse (since 2005) • Tristan Blanc-Brude (former Post-Doc., (Ergonomics) Candidate (since 2006) 2 Rocquencourt): Assistant Professor • Antonio Capobianco (former Ph.D. Student, LORIA): Assistant Professor (Computer Science) at University Louis Pasteur, Strasbourg (since 2004) • Noelly Grondin (former Ph.D. Student, Rocquencourt): Consultant (Ergonomics) (since 2004) • Corinne Leulier (former Ph.D. Student, Rocquencourt): Consultant (Ergonomics), currently Kleebox, Paris (since 2002) • Vincent Lucquiaud (former Ph.D. Student, Rocquencourt): Assistant Professor (Computer Science) Candidate (since 2006) • Wendy Mackay (former Invited Researcher, Rocquencourt) : Research Director at INRIA Futurs, project-team In-Situ (since 2003) • Lionel Medini (former Ph.D. Student, Rocquencourt): Assistant Professor (Computer Science) at Avignon University (since 2002) • Rémy Taillefer (former Technical Staff, Rocquencourt): created a start-up company, RT Consultants (since 2003) • Charles Tison (former Ph.D. Student, Rocquencourt): current occupational activity unknown (since 2005) • Zhaowu Luo (former Post-Doc., LORIA): in the USA for personal reasons, looking for a research position (since September 2005) Last INRIA enlistments: None Other comments: Two candidates presented by MErLIn at Rocquencourt were not successful in 2002, but were successful in 2003 at Futurs (CR1 J.-D. Fekete; DR2 W. Mackay who went on to create the InSitu project). 2 Work progress 2.1 Keywords User interface design and evaluation methods: Formal task description, ergonomic criteria, ergonomic quality of interactive software, user assistance (online help), adaptive user interfaces, user modelling New forms of human-computer interaction: Hypermedia, multimodal interaction (speech, gestures, gaze), 3D visualisation and interaction, mixed-reality, visual search 2.2 Content and overall goal of the project The main goal of the MErLIn project-team is to contribute to the improvement of the Ergonomic Quality of Interactive Software. Three complementary sub-goals contribute to this general goal: • To improve the utility and usability of interactive software-based systems through empirical or experimental studies of users’ interactions with such systems. These studies are meant to increase available knowledge on users’ activities, perceptual and cognitive behaviours. • To provide software designers with sound, ergonomic design and evaluation methods. The aim is to advance the integration of user-centred concerns throughout the design process 3 life-cycle by increasing available knowledge on these processes, proposing and experimenting new methods or enhancing existing ones. • To contribute to the dissemination of best practice, especially by contributing to standardisation activities and developing collaborations with the industry 2.3 Objectives for the evaluation period Objectives of the MErLIn project-team (October 2001 Evaluation Seminar, translation): • Elaboration, validation and implementation of ergonomic methods for user-centred software design and evaluation, namely: design and development of assistance tools for task analysis, definition and ergonomic evaluation of contextual online help strategies. • Investigation of usability issues raised by new software applications and areas, new user communities and interaction facilities. Main research topics concern Web ergonomics, multimodal human-computer interaction, clothing design, Web accessibility (especially for users with visual deficiencies). Scientific activities and contributions of the team have been grouped along three objectives: the first objective presented in 2001 has been broken in two sub-objectives in order to account for the actual project-team’s activity during the evaluation period more accurately: i. Task-based studies. ii. Usability dimensions and methods. iii. Enhanced multimodal interaction with virtual and mixed reality environments. 2.4 Objective i: Executive summary For task-based studies, the goal is to gain a better knowledge of users’ activities, which is certainly a major goal of any user centred approach, and to provide ways of improving this knowledge with appropriate models and tools. The research work has concerned: (a) Identifying and specifying mental workload factors. (b) Task modelling and tools. (c) Ease of learning of a new interface for air-traffic control. (d) Analysis of fashion designers’ activities (stylists and “modélistes”). (e) Management of Personal Information Systems (PIMS). (f) Adaptive online help for the general public. 2.4.1 Personnel (a) (b) (c) (d) (e) (f) N. Grondin (2001-2004), D. L. Scapin V. Lucquiaud (2001-2005), D. L. Scapin J.-M. C. Bastien (2001-2003) R. Taillefer (2002-2004), D. L. Scapin T. Blanc-Brude (2005), D. L. Scapin A. Capobianco, (until 2003), M. Hategan (01/10/05-30/10/06), J. Simonin (since 01/10/03), N. Carbonell 2.4.2 Project-team positioning (a) Mental workload has been mainly looked at with quantitative methods and scales. Our approach has been to run field studies and to attempt modelling the observed activities. It proved to be rich in data, but very lengthy to collect. 4 (b) Research on task modelling and tools has been initially stimulated by our previous work at INRIA (project-team PsychoErgo). Since, several models have been offered (e.g., IMAD, Euterpe, CTTE, Tamot). A detailed analysis of the pros and cons of these models led to the definition of a kernel model, with the ambition of making it as formal as possible, which helps in providing real usable software tools, as well as potential model querying. It also makes it possible to compare this kernel model to other models and provide links with formal description languages (e.g., Abrial’s B method). (c) The design of new interfaces for air-traffic control has motivated numerous studies. The study referred to here is an ad hoc study which was not followed up by further investigations. (d) This applied research study was initiated following an industrial request. (e) The conclusions of this study offer new prospects on PIMS management: it is the first study that investigates how users organize the storage of personal or professional electronic information and retrieve specific data files in an “ecological” situation context, that is through interviews with actual users who describe the organisation of their own information system and recall its content at their own workstation. (f) Adaptive user interaction which requires the generation and implementation of dynamic user models is a research area which is fast developing. Learning environments, online help included, count among the most promising future application domains. While software issues about dynamic user modelling have been investigated extensively, ergonomic issues about adaptive interaction have motivated but a few studies (see Jameson 20031). We are currently assessing the effectiveness and usability of adaptive online help. 2.4.3 Scientific achievements (a) Various parameters explaining mental work over- and under-load have been proposed. However, it appears quite difficult to find clear-cut cases of underload and overload: workload varies a lot from one person to another (levels of experience); and there are differences between the different sites observed (work organisation and roles). 2 reports have been published (state-of-the-art review, analysis of field data). (b) Production of a tool which is quite modular and is being widely distributed, as well as a Ph.D. thesis, and 2 papers at IHM. The availability of such a tool is a prerequisite for further research on model-based design and evaluation, and for further studies on computer-aided user-centred design and ergonomic evaluation. (c) This study had the specificity of concentrating on training issues. It demonstrated the primary role of problem-solving by level-change instructions. It has been presented at the 21st Digital Avionics Systems Conference, Air Traffic Management for Commercial and Military Systems, and was judged ‘Best in Track’. (d) Outcomes of this project include a State-of-the-art review of the various ergonomics studies in the domain of clothes design and production; analyses of clothes design activities; a survey of relevant Web sites. (3 contract Reports). (e) Results of this study have been summed up in a research report. Two conference papers have been submitted, as well as a journal article. (f) During the first half of the evaluation period, previous research on expert contextual online help strategies has been further developed. Based on the experience gained on help strategies and system architecture, we are currently preparing an experimental study meant 1 A. Jameson (2003). Adaptive Interfaces and Agents. In J. Jacko, A. Sears, Eds., Human-Computer Interaction Handbook, Mahwah,NJ: Lawrence Erlbaum Associates. 5 to assess the influence of adaptive (compared to “static”) online help on the performances and subjective satisfaction of novices in the general public. Main publications (on contextual help only): 1 Ph.D. thesis, 1 article in a journal, 1 book chapter, 4 communications at national and international conferences: IHM’02, ERGO-IA’02, HCI International’03, INTERACT’03 (long paper). 2.4.4 Collaborations (a) (b) (c) (d) (e) (f) SNCF (French Railways) and RATP (Paris Subway System) SNCF, RATP, and the Universities of Poitiers (LISI) and Grenoble (IMAG) EuroControl LECTRA systèmes Project-team In-Situ (Micromégas project) University Nancy 2 (LABPSYLOR), IMASSA-CERMA, Brétigny sur Orge 2.4.5 External support (a) (b) (c) (d) (e) PREDIT contract (Ministry of Equipment and transports) PREDIT contract EuroControl Eureka contract, COMEDIA project 1 Post-Doc. INRIA, ACI Masses de données, project Micromégas (f) 1 Ph.D. grant (DGA/CNRS) 2.4.6 Self assessment (a) Lots of data has been obtained. One concern is that, while very useful, such data is not publishable material. Besides, the collaboration with the involved partners has been difficult due to timing issues as well as difficulties in deciphering “incident” log databases. If further conditions of collaboration and financing are met, it would be useful in the future, with the K-MADe tool now available, to set up further testing in the field, in domains were regulation activities are complex. Unfortunately, the Ph.D. student involved resigned to accept a consulting job. (b) A stable kernel model has been proposed and published; and a tool (25000 lines of code) has been produced and made available (a demonstration has been presented at IHM 2006 and an article is being prepared). This tool is very strongly in demand in the research community, and in the industry as well, especially for in-house or external consultants in charge of preparing task requirements. However, the tool has not been evaluated yet (including from an ergonomics point of view!); lots of additions are needed, for instance on how to query the model, how to incorporate task-based recommendations for evaluation purposes; and how to link the model with interaction/dialogue models and software design processes. (c) While interesting, that study was limited in terms of participants (students rather than airtraffic controllers). (d) Very interesting data, but not followed by further testing of new user interaction solutions. (e) The set of data obtained and the recommendations extracted from that study are very promising for the design of better file management systems. This is an area worth investigating further, together with visualization studies, as the amount of desktop files are often making users lost. 6 (f) The design of effective online help is a crucial issue for the success of Internet services. Companies are aware of that. Research work on contextual help being completed, we are now considering online help as a useful application area for testing and assessing, experimentally, hypotheses on the utility and usability of adaptive interaction and embodied conversational agents (see, section 4, collaboration with France Télécom R&D). 2.5 Objective ii: Executive summary For overall usability studies, the goal is to design and assess usability dimensions and methods. The research work has concerned: (a) Comparison of ergonomics evaluation methods for the Web. (b) Co-inspection for evaluation and Ergo-Monitor. (c) Paired-user testing. (d) Usability Net. (e) Usability dimensions for Virtual reality. In addition, with the aim of covering and classifying usability methods, a book chapter has been written. The attempt has been to introduce various human issues in the design and evaluation of information systems, with an ergonomic perspective. The goal was not to achieve a thorough review of the state-of-the-art, but to provide a survey of the main issues. After a few definitions and a contextual description of the main problems, the chapter presents the major ergonomics requirements to be taken into account. Then, along a classification of methods, a brief description of current ergonomic methods and standards is provided, followed by a set of issues concerning the choice of ergonomic methods depending on the system lifecycle and other parameters relating to the information system context. Also, while participating to the European project COST294-MAUSE, new classification and description templates have been designed as a support to the critical analysis of usability methods. Finally, on the topic of ergonomics methods, recommendations, and dimensions, the project is strongly involved in standardization, specifically: − At European level: CEN/TC 122/WG5 − At ISO level, ISO/TC 159/SC 4/WG 5, WG6, WG9, SC1/WG1. Work in progress: ISO/CD 9241-151 - Ergonomic design of World Wide Web User Interfaces. ISO 9241-171- Ergonomics of human-system interaction -Guidance on accessibility for human-computer interfaces. NP ISO 9241-100- Dialogue principles. NP Ergonomic Guidance for Laptop Telephone Communications. New ISO 9241-Part 1 (reorganization of 9241). NPI haptic Devices. ISO CD 9241/20: Ergonomics of human-system interaction - Part 20: Guidance for the accessibility of information communication equipments and services. New CIF (Common Industry Format). Revision of ISO 6385. etc. A questionnaire-based study was also performed for AFNOR, on the knowledge and use of software ergonomics standards. 7 2.5.1 Personnel (a) (b) (c) (d) (e) J.-M. C. Bastien (2001-2003), C. Leulier (until 2002), D. L. Scapin W. Cybis (invited Professor, 1 month), D. L. Scapin N. Grondin (2001-2004), J.-M. C. Bastien (2001-2003) J.-M. C. Bastien (2001-2003), D. L. Scapin C. Bach (2001-2004), D. L. Scapin 2.5.2 Project-team positioning (a) Web studies are very numerous. This research is one of the few studies that explicitly attempted to compare several evaluation methods. Its objective is twofold: investigation of the ergonomics difficulties that users of web sites (3 different sites) are faced with, and identification of the contributions of major methods to the ergonomic evaluation of web sites, namely, user testing, questionnaires, and ergonomic inspection. Analysis of results made it possible to determine the scope of each method (i.e., the problems it can detect, especially those undetected by other methods). (b) This approach is quite original. It synthesizes recommendation-based inspection methods (using Ergonomic Criteria and Interaction Components) with log analyses. (c) Most user testing studies concern individual participants. The study set-up compared user evaluation by pairs versus individual sessions. Results show that individual testing leads to detect a larger scope of problems, but that testing by pairs leads to a better understanding of usability problems. (d) The first attempt by the IST program to provide assistance on usability methods to the European research and industry community. (e) First definition and testing of ergonomic dimensions for virtual reality environment design and evaluation. 2.5.3 Scientific achievements (a) (b) (c) (d) (e) 1 paper at IHM. 2 reports and 2 conference papers (WEBIST & CLIHC). 1 paper at IHM. An extensive web site on usability methods, regularly used. 2 conference papers (IHM’03 and INTERACT’03); one workshop paper (CADUIMIXER’04); 1 Ph.D. thesis. 2.5.4 Collaborations (a) (b) (c) (d) (e) Galeries Lafayette and Sears UFSC (Universidade Federal de Santa Catarina, Departamento de Informàtica) Local Over 20 European partners University of Metz (LAPSILOR) 2.5.5 External support (a) Follow-up on the COMEDIA project, Eureka contract (b) France-Brazil cooperation (CNPq-INRIA) (c) None 8 (d) IST Programme (e) Follow-up on the COMEDIA project, Eureka contract 2.5.6 Self assessment (a) Only one paper at IHM. The Ph.D. student has moved to a consulting job. (b) Very interesting subject. Quite successful output … but, for further industrialization, stronger collaboration is needed. (c) While interesting, the topic was not further followed. (d) Excellent dissemination, useful for acquiring initial knowledge. (e) Good results. Opportunities for applying these results further (Post-Doc.). 1 journal paper in preparation. 2.6 Objective iii: Executive summary The project-team has a longstanding expertise in oral human-computer dialogue and multimodal (speech + hand-gestures) interaction. Current research focuses on the study of new input-output modalities and interaction metaphors. The main objective is to propose user interfaces that meet new usability demands stemming from both the emergence of new contexts of use, namely mobility and virtual or mixed reality environments, and the development of interactive visualisations of very large data sets which raises new navigation and visual search issues. Speech combined with gaze or head movements as a substitute for pointing hand gestures appears as an attractive solution for interacting with large screens or while on the move. The presentation is organised as follows: − New input modalities: (a) Head movements. (b) Gaze. (c) User centred design and evaluation of mixed systems. − Assistance to visual search (target detection) in collections of pictures: (d) Contribution of oral indications on the location of the target on the display. (e) Influence of the spatial display layout on visual search efficiency and comfort. (f) 3D interaction and navigation metaphors. 2.6.1 Personnel (a) (b) (c) (d) (e) (f) (g) C. Tison (2001-2004), D. L. Scapin, N. Carbonell, L. Kalaidji (3 months, 2004) D. Gepner (since 2002), J. Simonin (since 2003), N. Carbonell S. Charfi (since November 2005), D. L. Scapin S. Kieffer (since 2001), N. Carbonell S. Kieffer (since 2001), J. Simonin (since 2003), N. Carbonell O. Christmann (since 2004), N. Carbonell D. Gepner (since 2002), N. Carbonell, L. Zhaowu (2005) 2.6.2 Project-team positioning (a) In order to achieve 3D objects manipulation, especially in clothe design contexts, classical interaction techniques and devices (mouse and keyboard) are not necessarily most suitable. The research is a very initial attempt to combine several modalities such as speech and head movements for such control purposes. 9 (b) Research on gaze as an interaction modality2 is quite original in France where, to our knowledge, eye trackers are exclusively used for analysing gaze activity, by psychologists and ergonomists mostly. At the international level, scientific activity in this emerging field is developing fast along two directions: (i) implementation of gaze as a supplementary modality to speech for interacting with large displays (e.g., reality centres and caves) or while on the move; (ii) design and development of gaze controlled 2D displays for visual exploration tasks (e.g., gaze-contingent displays whose resolution varies according to gaze points)3. The project-team investigates both directions. (c) The goal is to contribute to the facilitation of joined manipulation of usual physical objects (cup, pen, lancet, etc.) together with computer-based objects, and to accommodate naturally the capabilities of physical and digital worlds. Several topics are being investigated, including a major one: modelling such systems in order to facilitate design and development of hardware and software components. The approach is usage-centred, particularly in terms of users’ tasks in mixed systems. (d) Input multimodality, especially speech combined with pointing gestures has been extensively studied from both software and ergonomics points of view, while speech associated with graphics has motivated fewer research studies, especially regarding the utility and usability of speech as a supplementary modality to graphics. Our aim is to contribute to fill in this gap. (e) 2D arrays are currently used for displaying small collections of graphical objects (i.e. a few dozens of icons, photographs, …) although the actual superiority of this standard layout over other possible spatial structures has never been established from an ergonomic point of view. To address this issue we performed an experimental study which attempts to evaluate the influence of spatial layout on visual search efficiency and comfort by comparing participants’ scan paths for different display layouts including 2 D arrays. (f) Both 2D and 3D representations are used by techniques for visualising large data sets; for instance, treemaps and hyperbolic trees represent data in two dimensions while data mountains and Card’s wall implement perspective views. Usability issues regarding navigation and search in such visualisations have motivated only a few studies, most of them focused on comparing the usability of 2D versus 3D presentations. To our knowledge, the usability of basic 3D interaction concepts, such as immersion of the user in a 3D space versus manipulation by the user of a 3D object, has never been assessed. We performed an experimental study to investigate this issue. 2.6.3 Scientific achievements (a) Taking into account the absence of any tactilo-kinesthetic interaction, the most suitable input modalities in this context appear to be vocal commands synergistically combined to gaze or head direction and hand gestural deictic or mimetic movements. Publication: 1 Ph.D. thesis. (b) (i) To acquire the knowledge (on temporal correlations between eye movements and oral commands) necessary for designing a ‘natural’ multimodal (speech+gaze) command language, we collected a corpus of spontaneous oral interactions with various 3D 2 which could replace pointing hand gestures and virtual object selection through manual devices. e.g., for (i) and (ii), see respectively: Cournia, N., Smith, J.D., Duchowski, A.T. (2003). Gaze vs. Hand-Based Pointing in Virtual Environments. CHI'2003, Ft. Lauderdale (FL), April 5-10 2003, Short Talks and Interactive Posters. L.C. Loschky, G.W. McConkie (2000). User Performance with Gaze Contingent Multiresolutional Displays. In Eye Tracking Research and Applications Symposium (ETRA), Palm Beach Gardens, FL, November 6-8, pp. 97-103. 3 10 applications using the W. of Oz technique. Participants eye movements, speech utterances and interactions together with 3D displays were recorded. This corpus is being analysed. (ii) For implementing gaze as an input modality, a robust algorithm for computing gaze fixations in real time has been developed. A gaze-contingent prototype is now operational. It has been used for controlling a directional camera (remote electronic surveillance application). Current research focuses on improving the fluidity of resolution variations. (c) Research work only started 5 months ago. (d) Results of the two studies performed to assess the efficiency of oral assistance to visual search (familiar target detection) indicate that coarse spatial information on the location of the target on the display reduces both selection times and errors significantly. Publications: 1 Ph.D. thesis, 1 book chapter, 1 article in a journal (RIHM), 3 communications at conferences (CLASS’02, IHM’03, AVI’06). (e) Analysis of gaze trajectories during visual search (familiar target, small picture collections) indicates that participants’ performances were worse for 2D array layouts than for some of the other spatial structures tested. Publications: 1 Ph.D. thesis (the same as in d), 2 communications at conferences (INTERACT’05, IHM’05). (f) Results of the comparisons between the two 3D views: analysis of participants’ performances and subjective judgements suggest that both views should be proposed to future users due to the great diversity of individual performances and preferences. Publication: 1 communication at a conference (AVI’06). 2.6.4 Collaborations (a) LECTRA Systèmes and project-team MIRAGES (b) None (c) University of Toulouse (IRIT) and Métapages (Toulouse) (d) Project-team In-Situ (Micromégas Project) (e) IMASSA-CERMA, Brétigny sur Orge (Cognitive Ergonomics Dpt) (f) Project-team In-Situ and LPM (Micromégas Project), Centre virtuel sur la connaissance de l’Europe (CVCE), Luxembourg (g) CRAN (Centre de Recherche en Automatique de Nancy) 2.6.5 External support (a) Eureka contract, COMEDIA project (b) 1 junior engineer (AI) supported by INRIA (c) 1 Ph.D. grant (d) 1. INRIA-Région-Lorraine Ph.D. grant (e) 1. INRIA-Région-Lorraine Ph.D. grant (same as in d) (f) 1 MENRT Ph.D. grant (g) None 2.6.6 Self assessment (a) Very interesting experiment results which indicate that this new style of interaction and low level task-modalities assignment are efficient. They also indicate that the verbal group used in the command (in French) does not determine the operation to be performed from a 11 system point of view. Such a determination can be obtained through a combination of several terms of the provided sentences. This led to a Ph.D. thesis, but only 2 reports were produced. A potential journal submission is only starting. (b) The software provided by eye tracker manufacturers for computing fixations only operates on files of recorded points of gaze samples; it was then necessary to develop a real time algorithm. To analyse semi-automatically gaze fixations during human-computer interaction, it is necessary to develop software tools for recording rich interaction logs including speech utterances, screen copies, gaze samples (up to 240 Hz sampling rate) and application events. Collecting these data and re-playing them raise complex synchronisation problems to achieve accurate real time operation. In the absence of permanent engineering staff, these developments were slow. (c) Research work only started 5 months ago. (d) Results of this experimental study may have an impact on the design of 2D presentations of graphical objects, since they indicate that coarse spatial information on the location of a graphical object on the screen divides search times by three. However, to convince designers of the interest of oral assistance to visual search tasks, the benefits that can be gained from the substitution of such oral messages for standard visual enhancements should be assessed. (e) Results of this study are important since they demonstrate that 2D array layouts currently used for presenting graphical objects are less efficient and less comfortable (visual comfort) for visual search tasks than other possible spatial layouts. However, before disseminating this result towards designers of picture browsers and Web sites, it is necessary to assess experimentally its scope, especially its stability with respect to the number of graphical objects displayed simultaneously. (f) Public demonstrations4 of the two 3D views and associated navigation facilities suggest that picture browsers implementing these visualisation and interaction metaphors will raise easy acceptance from the general public. The next step is to compare both 3D views with 2D presentations currently used by picture browser designers. An appropriate experimental protocol is in the process of being defined. 4 for instance at University Henri Poincaré ‘Fête de la Science’ in Nancy. 12 3 Knowledge dissemination 3.0 Publications Year 1 Year 2 Year 3 Year 4 2 2 Ph.D. Thesis 1 H.D.R. (*) - Journal 1 1 Conference proceedings (**) 13 7 2 9 Book chapter 1 1 2 2 2 Book (written) 1 Book (edited) Patent 1 Technical report 4 4 2 3 Deliverable 6 3 1 3 (*) H.D.R.: Habilitation à Diriger des Recherches (**) Conference with a Program Committee Major journals in the field and, for each, the number of papers co-authored by members of the project-team that have been accepted during the evaluation period (see the list of publications where the four articles referred to here are preceded by “†”): − 3 International Journal on Universal Access in the Information Society (UAIS) − 1 Revue d’Interaction Homme-Machine (RIHM) Major conferences in the field and, for each, number of papers co-authored by members of the project-team that have been accepted during the evaluation period (see the list of publications where communications at the first three conferences are preceded by “†”): − 1 ACM Int. Conference on Human Factors in Computing Systems (CHI) − 4 IFIP TC13 Int. Conference on Human-Computer Interaction (INTERACT) − 1 (+ 2 in 20065), ACM Working Conference on Advanced Visual Interfaces (AVI) − 1 Int. Conference on Web Information Systems and Technologies (WEBIST) − 3 International Conference on Human-Computer Interaction (HCI International) − 1 ACM Symposium on User Interface Software and Technology (UIST) − 1 Annual Conference of the British HCI Group (BCS HCI) − 1 Int. Conference on Working with Display Units (WWDU) − 1 Digital Avionics Systems Conference (DASC) − 1 European Academy of Design Conference (EAD) − − − 5 7 4 1 Conférence Francophone sur l’Interaction Homme-Machine (IHM) Conférence Francophone ‘Ergonomie et Informatique Avancée’ (ERGO-IA) Conférence annuelle de la Société d’Ergonomie de Langue Française (SELF) S. Kieffer, N. Carbonell. Oral messages improve visual search. O. Christmann, N. Carbonell. Browsing through 3D representations of unstructured picture collections: an empirical study. (Submission deadlines: December 2005) 13 3.1 Software 1 Design and development of a software platform in Java (Windows) with the following functionalities: a. Capture and storage of rich logs of users’ interactions with any Windows application, that is: system and user events, screen copies, user spoken utterances, user gaze samples. b. “Playback” of stored interactions (i.e., standard functionalities of video recorders). c. Implementation of the Wizard of Oz paradigm including: − real time transfer, towards the Wizard’s distant work station, of the subject’s speech and gaze movements, together with the current display and mouse cursor position on the subject’s work station; − real time transfer, towards the subject’s workstation, of text, graphics, animations and speech, on the Wizard’s initiative. d. Integration of embodied conversational agents with speech capabilities into the Wizard of Oz platform (i.e., into the partly simulated user interface). This software has been developed within the framework of a scientific collaboration with France Télécom R&D (Contrat de Recherche Externalisé, 2005-2006). It is the property of France Télécom (FT). Embodied conversational agents have been provided by FT R&D. 2 Implementation of a real time algorithm (C++, Linux) for computing eye fixations from point of gaze samples. This software component meant for ASL head-mounted eye trackers takes account of head movements. It is the property of ASL. 3 K-MADe (Kernel of Model for Activity Description environment): K-MADe is a tool which aims at facilitating task and activity analysis, and contributes to the incorporation of ergonomic knowledge into the design process of interactive systems. The originality of this tool is to be based on a model whose expressive power results from the formal description of its semantics. This tool facilitates not only task description and analysis, but also querying the model and navigating within models and software lifecycle steps. The K-MADe tool was developed with version 1.5 of the JDKJava (25000 lines of code), using the Swing toolbox for programming the graphical user interface. Different API were also used for graph manipulation: JGraph (http://www.jgraph.com) for modelling part of the tree of tasks; L2Fprod (http://common.l2fprod.com) for additional graphical components to the basic API Swing; JGoodies (http://www.jgoodies.com) for the “look and feel” of the tool. The Express language was used for describing the task model and objects in the current state of the world. Express models were implementing using a “custom” API which provides all the necessary services for creating and handling objects. Finally the language XML was used to describe the grammars associated with the expression of preconditions, postconditions and iterations. The handling of XML files required the use of an additional API: DTDParser (http://www.wutka.com/dtdparser.html). This API makes it possible to analyze and interpret an XML file according to its DTD. 3.1.1 “Valorisation” and technology transfer Dissemination and transfer of MErLIn’s research results towards the software industry is ensured through scientific collaboration contracts with industrial R&D partners in large companies (e.g., SNCF, FT) and a strong involvement in standardisation activities. During the last four years, our transfer activities have been mainly focused on user-centred design methods and ergonomic evaluation criteria, usability testing of new interaction modalities, new forms of user support and adaptive user interfaces. For instance, the multimodal software platform described in subsection 3.1 (see software 1) is currently used by several research groups at FT R&D (Lannion) for testing the usability of future services. 14 The project-team has also contributed to the elaboration of a code of practice which proposes solutions to the main challenges of Design for All principles for the design of interactive products and services in the domain of Health Telematics; see, in subsection 6.3, our contribution to LNCS 3040, an outcome of the IS4ALL network activity. 3.2 Teaching Dominique Scapin Research staff. − Ph.D. supervision (5): C. Tison (2000-2004), C. Bach (2001-2004), N. Grondin (20012004), V. Lucquiaud (200162005), S. Charfi (2005-…) − Courses at graduate level: Institut Supérieur de Management (ISTM): Human-Computer Interaction (27h) Noëlle Carbonell Academic staff. Full time researcher at INRIA for 2 academic years (2003-2004, 2004-2005). − Ph.D. supervision (5): C. Tison (2000-2004, co-supervision with D. L. Scapin), S. Kieffer (2001-2005), J. Simonin (2003-…), O. Christmann (2004-…), D. Gepner (2005-…) − Teaching activities, main courses (academic year 2005-2006): − At undergraduate level: Algorithms on trees and graphs (3rd year students, 60h) − At graduate level: User-interface design and ergonomic evaluation (4th year students, 30h) Artificial Intelligence (4th year students, 30h) User modelling and adaptive user interfaces (5th year students, 15h) − Main pedagogical responsibility: Coordination of the AI research curriculum in the Master6 of Computer Science 3.3 Visibility 3.3.1 Editorial Boards of Journals Behaviour and Information Technology: D. L. Scapin Interacting with Computers: D. L. Scapin International Journal of Human-Computer Interactions: D. L. Scapin International Journal of Human-Computer Studies: D. L. Scapin International Journal of Universal Access in the Information Society: N. Carbonell, D. L. Scapin Revue d’Interaction Homme-Machine : D. L. Scapin Le Travail Humain: N. Carbonell, D. L. Scapin Information, Interaction, Intelligence (I3) : N. Carbonell 3.3.2 Major Conference Programme Committees ASSETS CADUI CUU HCII ICMI Int. ACM Conference on Assistive Technologies: N. Carbonell Int. Conference on Computer-Aided Design of User Interfaces: D. L. Scapin Int. ACM Conference on Universal Usability: N. Carbonell HCI International: D. L. Scapin Int. ACM Conference on Multimodal Interfaces: N. Carbonell (Area Chair, 2005) 6 Responsabilité de la spécialité recherche ‘Perception, raisonnement et interaction multimodale’ du Master Informatique des Universités de Nancy. 15 INTERACT IFIP TC13 Int. Conference on Human-Computer Interaction: D. L. Scapin OzCHI Conference of the Australasian Computer-Interaction Special Interest Group: D. L. Scapin UAHCI Universal Access in Human-Computer Interaction, HCI International: N. Carbonell UM Int. Conference on User Modeling: N. Carbonell WWCS Int. Conference on Work with Computer Systems: D. L. Scapin Ergo-IA IHM Colloque ‘Ergonomie et Informatique Avancée’: N. Carbonell, D. L. Scapin Conférence francophone annuelle sur l’Interaction Homme-Machine: N. Carbonell, D. L. Scapin SELF Conf. Annual Meeting of the French Ergonmics Society: D. L. Scapin Major international Workshops: CWUAAT Workshop Series on Universal Access and Assistive Technologies: N. Carbonell IWIPS Annual Int. Workshop on Internalisation of Products and Systems: D. L. Scapin MIXER Int. Workshop on Design and Engineering of Mixed Reality Systems: D. L. Scapin MTWAS Int. Workshop on Modern Technologies for Web-based Adaptive Systems: N. Carbonell RAAWS Int. Workshop on Recommender Agents and Adaptive Web-based Systems: N. Carbonell TAMODIA Int. Workshop on TAsk MOdels and DIAgrams for user interface design: D. L. Scapin UI4ALL ERCIM Workshop Series on User Interfaces for All: N. Carbonell WEB3D Int. Workshop on Web 3D Technologies in Learning, Education and Training: N. Carbonell 3.3.3 International Working Groups − Expert for Standard Bodies: ISO/TC 159/SC4, CEN TC 122, AFNOR X35 (D. L. Scapin) − Participation in International Working Groups: Steering Committee of the ERCIM WG on User Interfaces for All (N. Carbonell) Advisory Board of Int. Conference on Work With Computer Systems (D. L. Scapin) 3.3.4 Organisation of Scientific Events − 7th ERCIM Workshop on User Interfaces for All (UI4ALL), Paris, October 23-25, 2002. (N. Carbonell, PC Chair and local organiser) 3rd IS4ALL Seminar and 1st IS4ALL thematic Workshop ‘IS4ALL in Health Telematics’, Paris, October 22, 2002. (N. Carbonell, organiser) − Participation in the organisation of the MAUSE Workshop on User Quality Models (COST294-MAUSE) at INTERACT’05, Rome, 12-13 September, 2005. (D. L. Scapin) − Participation in the organisation of a CESAME Workshop (Conception et Evaluation de Systèmes interactifs Adaptables et/ou MixtEs), Groupe de Travail 4.6 du GDR I3, at UbiMob’05, Deuxièmes Journées Francophones ‘Mobilité et Ubiquité’, Grenoble, May 31, 2005. (D. L. Scapin) 16 4 External Funding (k euros) 2002 2003 2004 2005 National Research Initiatives Ministère Equipement Transport (PREDIT) 148 (4 years) ACI Masses de données: Micromégas project 71 (3 years) AS-RTP16 MIXER 4 (2 years) European Projects th 5 PCRD, IST, Thematic Network: IS4ALL 129 (3 years) Eureka, Comedia 808 (3 years) th 246 (3 years) th 4 (2 years) 5 PCRD, IST, INTERLIVING 5 PCRD, IST, Usability Net COST, MAUSE 20 (4 years Industrial Contracts France Télécom R&D, CRE 92 Scholarships Ph.D.*: 2 CNRS MENESR° Post Doc.*: 1 INRIA + AI : 1 INRIA (2 years) Regional Research Initiatives Télécommerce project 5 Télévis project (1 year junior engineer) 10 27 27 * other than those supported by one of the above projects + junior engineer supported by INRIA ° French Ministry of Education and Research National Research Initiatives Ministère de l’Equipement et du Transport (PREDIT) PREDIT project, in collaboration with SNCF and RATP: Identification of potential factors influencing mental workload of human operators in charge of controlling railways traffic. Research work has focused both on workload analysis (survey of the literature and field analysis of the controllers’ activities), and on the enhancement of the task analysis model MAD (Méthode Analytique de description): design of the K-MAD model and development of the associated software tool (K-MADe). ACI Masses de données Micromégas project, in collaboration with the In-Situ project-team (INRIA-Futurs, Orsay) and the LPM (Laboratoire de la Perception et du Mouvement, Marseille). Overall scientific goal: Design, implementation and evaluation of software tools for multi-scale navigation in visualisations of large sets of familiar data both professional and personal. Contribution: Firstly, analysis of actual strategies for storing and retrieving personal and professional electronic data. Secondly, design and ergonomic evaluation of two 3D metaphors for visualising, and interacting with, unstructured collections of photographs. 17 AS-RTP16 − Méthodes et outils pour les systèmes mixtes. This AS from CNRS-STIC, RTP 16, ‘Methods and tools for Human-Machine Interactions’, grouped several research groups working on Mixed Systems, i.e., systems combining physical and digital worlds. The goal has been to organise scientific exchanges, workshops, collaborations on new methods and tools dedicated to the specification, design and evaluation of such systems. Part of the work is currently being followed by a new GT, CESAME, ‘Design and Evaluation of Adaptable and/or Mixed interactive systems’ (GDR-I3, GT 4.6, CNRS). European Projects 5th PCRD, IST, IS4ALL Thematic Network Partners: CNR-IROE (It.), FhG-IAO (G), GMD (G), ICS-FORTH (Gr.), European Health Telematics Association, Microsoft Healthcare Users Group Europe. Objective: Collect and disseminate methods and techniques for implementing Universal Access in the Information Society, especially through Universal Design principles, in the Healthcare domain. Contribution: Dissemination of best practice knowledge; in particular, organisation of dedicated international scientific workshops, tutorials and parallel sessions at international conferences. Eureka Comedia Project Comedia, in collaboration with LECTRA-Systèmes and project-team MIRAGES (INRIA-Rocquencourt) was focused on the study of HCI techniques that would improve the ergonomic quality of graphical design environments such as in the clothes industry. Research work includes an initial survey of design activities in the field of clothing, a survey of novel available input techniques and devices, experimental testing of vocal commands synergistically combined with head direction and hand deictic or mimetic gestures. 5th PCRD, IST, INTERLIVING Ethnographic study of distributed, inter generational families. Design and implementation of a set of prototypes to be installed in volunteer families’ homes. Evaluation of the long-term use of these prototypes by family members. Dissemination of results in the research community. 5th PCRD, IST, Usability Net A European Union project that provides usability and user centred design resources to practitioners, managers and EU projects. The contributions were related to the structuring and delivery of usability methods, best practices, etc. COST, MAUSE COST294-MAUSE is a usability research community. Over 20 countries are represented. Its ultimate goal is to bring more science to bear on Usability Evaluation Methods (UEMs). This goal is being realized through scientific activities of four Working Groups: − WG1, Critical Review and Analysis of Individual UEMs (MErLIn is in charge of this WG); − WG2, Comparing UEMs: Strategies and Implementation; − WG3, Refining and Validating Classification Schemes for Usability Problems; − WG4, Review on the Computational and Definitional Approaches in Usability Evaluation. Industrial contracts France Télécom R&D (CRE) Scientific goal: Assessment of the possible effects of the presence of an embodied conversational agent on the efficiency of interactions with online help systems, and user satisfaction. 18 Contribution: Design and realisation of an experimental study, involving the development of a software platform for storing and “re-playing” multimodal user interactions with any Windows application, and implementing enhanced Wizard of Oz functionalities (see section 3.1). Regional Research Initiatives Télécommerce project In collaboration with CRAN (Centre de Recherche en Automatique de Nancy). Design of an interactive remote CAD service for carving forms on request (in sheets of metal). A feasibility study was realised which proposed a suitable multimodal user interface (speech and gestures) with acceptable response times (i.e., Quality of Service), namely, “continuous” 3D feedback to users’ commands and actions over the Internet. Télévis project In collaboration with CRAN (Centre de Recherche en Automatique de Nancy). Remote control of an electronic surveillance robot by gaze and gestures (or voice). The equipment includes a mobile robot equipped with a swivelling camera. The current prototype operates thus: the video stream generated by the camera is sent to the distant human operator via a heterogeneous network, and displayed on his/her workstation. Orientation of the camera is controlled by the operator’s gaze, while the moves of the robot are controlled with a joystick, and, in the near future, by speech commands. Considered application domains include electronic surveillance and mobile computing. 5 Objectives for the next four years The implementation of objectives will be dependent on the capability of the project to recruit (or otherwise said, the capability of INRIA to support its research groups in novel and pluridisciplinary domains such as HCI), or to find funding to support its activities. However, in any case, the strategy will also be to consolidate the various research results, especially methodological, obtained through the years, and to make them accessible widely through common tools. That consolidation will also mean more paper submissions. Then, the main research aim of the project-team during the next four years will be to consolidate results on design and evaluation methods, as well as novel interaction modalities, multimodality and new interaction paradigms. Basically, the scientific goals of the project will remain stable, while domains of involvement will evolve (and have evolved since 2001, e.g., mixed systems), and the focus (if remaining a small research team) will be reduced. Objectives of the project-team for the next four years can be summed up as follows. 5.1 Design and evaluation methods 5.1.1 Task-based studies The main focus will be put on disseminating, assessing, and improving the K-MAD model and K-MADe tool in various fields. In addition to utility and usability improvements, the idea is to: • Incorporate in the tool query systems allowing to facilitate design and evaluation of HCI (e.g., task-based recommendations; visualization of data, etc.). The tool is being distributed with requests for usage feedback; assessment studies are on-going; task-based recommendations are available. A candidate for a research position at INRIA is hoped to be successful, as well as a post-doc application. • Integrate the task-based approach and the usability dimensions (e.g., ergonomic criteria). The idea is to provide design and evaluation help based on applying specific recommendations from our recommendations database as well as from existing standards. 19 • Establish links with software design methods (e.g., through parallel task and dialogue modelling; by establishing links with UML, RUP, etc.). A Ph.D. grant is being considered on this topic (with University of Poitiers). Another one is being considered with support from DGA. 5.1.2 Study of Personal Information Systems (PIMs) The study of PIM management activities will be carried on, and analysis results will be implemented into PIMs tools which will be experimented and assessed in real contexts of use. This area of research seems very promising: large companies such as Google and Microsoft are recruiting in that area. This endeavour will require additional funding and personnel. 5.1.3 Study of Mixed Reality Systems This work is just starting with a Ph.D. student, through a collaboration with University of Toulouse (IRIT). 5.2 New interaction modalities and multimodality The efforts of the project-team during the next four years will focus on: − gaze as an input modality, especially as a supplementary modality to speech and gestures, − interactive 3D visualisations of large collections of visual information items (graphical objects, text with or without graphics, photographs, pictures), − embodied conversational agents (ECAs) with speech and emotion expression capabilities. 5.2.1 Gaze as an input modality Research activities of the project-team will focus on the following objectives: − Acquiring and implementing appropriate knowledge on visual perception with a view to improving the usability of the current gaze-contingent prototype. Collaborations with psychologists (specialists in visual perception) will be developed. − Designing and implementing usable multimodal command languages for interacting with 3D environments and virtual reality applications. Gaze will be combined with speech, head movements or manual devices (with or without force or haptic feedback). The usefulness of each couple (or triplet) of modalities implemented will be assessed thoroughly, through experimental studies focused on determining the user activities, computer environments (especially displays) and application domains for which this form of multimodality is most appropriate. The reality centre and the cave soon available at INRIA-Lorraine will be used in this context. Collaboration with the SIAMES7 project-team at IRISA will be considered. 5.2.2 Interactive 3D visualisations of large collections of visual information items The two 3D views experimented until now are appropriate for visualising unstructured collections of pictures. The scientific challenge now is to design, implement and experiment appropriate 3D views for visualising large hierarchical collections of graphical or multimedia information items. However, access to large collections of indexed pictures or graphical objects is not easy; in addition, visual material indexation is often poor and inconsistent. At present, the small multimedia database realised by the CVCE (Centre Virtuel de la Connaissnce sur l’Europe) is used. Another database will be necessary for experimentations with potential users. 7 on Computer generated images, animation, modeling and simulation. 20 5.2.3 Embodied conversational agents The knowledge and experience gained in the area of Embodied Conversational Agents (ECAs) thanks to the present research contract with France Télécom R&D will be used to define an appropriate methodology for assessing the impact of ECAs on users’ efficiency and subjective satisfaction. In particular, the considered methodology will include recommendations on eye tracking data analysis and interpretation of physiological indicator measures, as well as recommendations on the design of experimental protocols. Guidelines for interpreting objective measurements and subjective judgement elicitation tools (e.g., SAM) will also be proposed. Collaboration with University Paris VIII (C. Pélachaud) will be developed. 5.2.4 Comments The three research objectives mentioned above raise difficult research issues which are major obstacles to the development of new, powerful and attractive human-computer interaction paradigms, hence new promising application domains. They lie within emerging research areas which are developing fast following recent major technological advances. During the evaluation period, the project-team has obtained some original scientific results in these areas. However, these results have been insufficiently disseminated in the international research community, due to insufficient permanent research staff mainly. In addition, research in these areas requires specific software engineering expertise. The absence of any support from the permanent engineering personnel is a serious obstacle to keeping up with the international competition pace and getting increased scientific visibility. In addition, INRIA support, in the form of part-time involvement of a permanent research engineer in specific software development and maintenance, would prevent INRIA from going on being deprived of the ownership of software developed by the project-team. 6 Bibliography of the project-team 6.1 Books and Monographs N. Carbonell, Guest Editor, Special issue ‘Multimodality, a step towards universal access’, Universal Access in the Information Society Int. Journal (UAIS), 2/2, June 2003. N. Carbonell, C. Stephanidis Eds. (2003). Universal Access: Theoretical perspectives, practice and experience (7th ERCIM UI4ALL Workshop, October 2002, Paris, France − Selected papers), LNCS 2615, Springer-Verlag Berlin Heidelberg, 2003. 6.2 Doctoral Dissertations and “Habilitation” theses Antonio Capobianco (2002). Stratégies d’aide en ligne contextuelles : acquisition d’expertises, modélisation et évaluation expérimentale. Thèse de l’Université Henri Poincaré Nancy 1, spécialité Informatique, octobre 2002. Cédric Bach (2004). Elaboration et validation de critères ergonomiques pour les interactions homme-environnements virtuels. Thèse de l’Université de Metz, spécialité Ergonomie, novembre 2004. Charles Tison (2004). Mise en œuvre et évaluation d’interactions multimodales orientées communication appliquées au déplacement d’objets graphiques 3D. Thèse de l’Université Henri Poincaré Nancy 1, spécialité Informatique, novembre 2004. Suzanne Kieffer (2005). Assistance multimodale à l’exploration de visualisation 2D interactives. Thèse de l’Université Henri Poincaré Nancy 1, spécialité Informatique, juillet 2005. 21 Vincent Lucquiaud (2005). Sémantique et outil pour la modélisation des tâches utilisateur : NMDA. Thèse de l’Université de Poitiers, spécialité Informatique, décembre 2005. 6.3 Articles in refereed journals and book chapters J.-M. C. Bastien, D.L. Scapin (2002). La conception de logiciels interactifs centrée sur l’utilisateur : étapes et méthodes. In P. Falzon Ed., Ergonomie, Paris : Presses Universitaires de France, 2004. A. Capobianco, N. Carbonell (2002). Contextual Online Help: a Contribution to the Implementation of Universal Access. In S. Keates, P. J. Clarkson, P. Robinson Eds., Universal Access and Assistive Technology, London: Springer-Verlag, pp. 131-140. † N. Carbonell (2003). Recommendations for the design of usable multimodal command languages. Universal Access in the Information Society Int. Journal (UAIS), Special issue ‘Multimodality, a step towards universal access’, 2/2, 143:159. † A. Capobianco, N. Carbonell (2003). Online help for the general public: specific design issues and recommendations. Universal Access in the Information Society Int. Journal (UAIS), Special issue ‘Countering design exclusion’, 2/3:265-279. J.-M. C. Bastien, D.L. Scapin (2004). Les méthodes ergonomiques : de l’analyse à la conception et à l’évaluation. In P. Falzon Ed., Ergonomie, Paris : Presses Universitaires de France, 2004. N. Carbonell (2005). Multimodal Interfaces – A Generic Design Approach. In C. Stephanidis Ed., Universal Access in Health Telematics – A Design Consortium Code of Practice, LNCS 3040, Springer-Verlag Berlin Heidelberg, pp. 209-223. † N. Carbonell (2005). Ambient Multimodality: towards Advancing Computer Accessibility and Assisted Living. Universal Access in the Information Society Int. Journal (UAIS), 18 pp. (accepted for publication) † S. Kieffer, N. Carbonell (2005). Apport d’indications spatiales orales à la recherche de cibles dans des affichages complexes. Revue d’Interaction Homme-Machine (RIHM), 29 pp. (accepted for publication) N. Carbonell, S. Kieffer (2005). Do oral messages help visual search? In J. van Kuppevelt, L. Dybkjaer, N.O. Bernsen Eds., Advances in Natural Multimodal Dialogue Systems, Dordrecht (NL): Springer, Vol. 30 ‘Text, Speech and Language Technology’, pp. 131-157. D.L. Scapin (2005). Exigences ergonomiques, méthodes et normes pour la conception de Systèmes d’Information centrés humain. In Encyclopédie des Systèmes d’Information, Paris : Vuibert. (to appear) 6.4 Publications in Conferences and Workshops 2002 J.-M. C. Bastien (2002). Panorama des outils d'aide au recueil d'information. In A. Drouin, G. Eude, J.-M. Robert Eds., Actes 8ème Colloque Francophone Ergonomie et Informatique Avancée (ERGO-IA'2002), Biarritz, 8-10 Octobre 2002, Bidart (64210) : ESTIA & ESTIA Innovation. J.-M. C. Bastien, D. L. Scapin (2002). Les méthodes ergonomiques : de l'analyse à la conception et à l'évaluation. In A. Drouin, G. Eude, J.-M. Robert Eds., Actes 8ème Colloque Francophone Ergonomie et Informatique Avancée (ERGO-IA'2002), Biarritz, 8-10 Octobre 2002, Bidart (64210) : ESTIA & ESTIA Innovation. 22 A. Capobianco (2002). Demandes d’aide procédurale : spécification des besoins d’utilisateurs novices. In Actes 14ème Conférence Francophone sur l’Interaction Homme-Machine (IHM’2002), Poitiers, 26-29 novembre 2002, New York : ACM Press, pp. 57-64. A. Capobianco, N. Carbonell (2002). Conception d'aides en ligne pour le grand public : défis et propositions. In A. Drouin, G. Eude, J.-M. Robert Eds., Actes 8ème Colloque francophone Ergonomie et Informatique Avancée (ERGO-IA'2002), Biarritz, 8-10 Octobre 2002, Bidart (64210) : ESTIA & ESTIA Innovation, pp. 309-335. N. Carbonell, S. Kieffer (2002). Do oral messages help visual exploration? In J. van Kuppevelt, L. Dybkjaer, N. Bernsen Eds., Proc. Int. CLASS Workshop on Natural, Intelligent and Effective Interaction in Multimodal Dialogue Systems, Copenhagen, DK, June 28-29, 2002, pp. 27-36. N. Carbonell, D.L. Scapin (2002). Multimodality: Contributions to the Universal Access Research Agenda. In H. Luczak, A. Cakir, G. Cakir Eds., Proc. 6th Int. Scientific Conference on Work With Display Units (WWDU'02), Berchtesgaden, Germany, May 23-25 2002, Berlin: Ergonomic Institut für Arbeits- und Sozialforschung Forschungsgesellschaft mbH, pp. 628-630. H. David, J.-M. C. Bastien (2002). Evaluation of a radically revised air traffic management interface. In Proc. 21st Digital Avionics Systems Conference (DASC), ‘Air Traffic Management for Commercial and Military Systems’, Irvine, California, USA, 27-31 October, 2002. N. Grondin, J.-M. C. Bastien, B. Agopian (2002). Les tests utilisateurs : avantages et inconvénients des passations individuelles et par paires. In Actes 14ème Conférence Francophone sur l’Interaction Homme-Machine (IHM’2002), Poitiers, 26-29 novembre 2002, New York : ACM Press, pp. 121-128. V. Lucquiaud, F. Jambon, D. L. Scapin (2002). Outils de modélisation des tâches utilisateurs : exigences du point de vue utilisation. In Actes 14ème Conférence Francophone sur l’Interaction Homme-Machine (IHM’2002), Poitiers, 26-29 novembre 2002, New York : ACM Press, pp. 243-246. W. E. Mackay, C. Letondal, G. Pothier, K. Bøegh, H. E. Sørensen (2002). The Missing Link: Augmenting Biologist's Laboratory Notebooks. In Proc. 15th ACM Symposium on User Interface Software and Technology (UIST'2002), Paris, October 27-30, 2002, New York: ACM Press, CHI Letters 4(2): 41-50. W. E. Mackay (2002). Integrating Multiple Perspectives on Participatory Design: Interliving. Workshop on Domestic Technologies, at CHI’2002, Minneapolis, Minn, April 20-25, 2002. † W. E. Mackay (2002). Which Interaction Technique Works When? Floating Palettes, Marking Menus and Toolglasses Support Different Task Strategies. In Proc. Int. Working Conference on Advanced Visual Interfaces, Trento, It. May 22-24, 2002, pp. 203-208. 2003 C. Bach, D. L. Scapin (2003. Adaptation des Critères Ergonomiques aux Interactions Homme Environment Virtuel. In Actes 15ème Conférence Francophone sur l'Interaction HommeMachine (IHM'03), Caen, 26-28 novembre 2003, New York : ACM Press, pp. 24-31. † C. Bach, D. L. Scapin (2003). Adaptation of Ergonomic Criteria to Human Virtual Environment. In Proc. 9th IFIP TC13 Int. Conference on Human-Computer Interaction (INTERACT’03), Zürich, CH, September 1-5 2003, Amsterdam: IOS Press, pp. 880-883. J.-M. C. Bastien (2003). Approches et méthodes ergonomiques pour la conception de systèmes interactifs. In École d'été du CNRS, ‘Théories et méthodes pour la conception, l'évaluation et l'usage d'environnements informatiques pour l'apprentissage humain’, Autrans, France, 4-9 juillet 2003. 23 J.-M. C. Bastien (2003). Les nouvelles technologies de l'information et de la communication (NTIC) : nos méthodes d'analyse du travail sont-elles toujours adaptées ? In G. Vallery, Ed., Actes 18ème Congrès de la Société d'Ergonomie de Langue Française (SELF), Paris, France, 2426 septembre 2003, pp. 85-86. J.-M. C. Bastien (2003). Étapes et méthodes clés pour une conception ergonomique des logiciels interactifs. In Actes 4ème Colloque sur l'Enseignement des Technologies et des Sciences de l'Information et des Systèmes (CETSIS-EEA), Toulouse, France, 12-14 novembre 2003. A. Capobianco (2003). Experimental Evaluation of the Effectiveness of Expert Online Help Strategies. In Proc. 10th Int. Conference on Human-Computer Interaction (HCI International 2003), Crête, Greece, June 22-27, 2003, Mahwah, NJ, Human-Computer Interaction – Theory and Practice (Part 1), Vol. 1, London: Lawrence Erlbaum Associates, pp. 626-630. A Capobianco (2003). Contextual online help design: questioning research practice. Workshop ‘Selecting best practice research methods for HCI: beyond fashion statements’ at HCI International 2003, Crete, Greece, June 2003. † A. Capobianco (2003). Questioning the effectiveness of contextual online help: some alternative propositions. In Proc. 9th IFIP TC13 Int. Conference on Human-Computer Interaction (INTERACT’03), Zürich, CH, September 1-5 2003, Amsterdam: IOS Press, pp. 65-72. † H. Hutchinson, W. Mackay, B. Westerlund, B. B. Bederson, A. Druin, C. Plaisant, M. Beaudouin-Lafon, S. Conversy, H. Evans, H. Hansen, N. Roussel, B. Eiderback, S. Lindquist, Y. Sundblad (2003). Technology Probes: Inspiring Design for and with Families. In Proc. ACM Int. Conference on Human Factors in Computing Systems (CHI 2003), Fort Lauderdale, FL, April 5-10, 2003, New York: ACM Press, CHI Letters 5(1): pp. 17-24. S. Kieffer, N. Carbonell (2003). Assistance orale à la recherche visuelle dans des affichages complexes. In Actes 15ème Conférence Francophone sur l'Interaction Homme-Machine (IHM'03), Caen, 26-28 novembre 2003, New York : ACM Press, pp. 126-133. B. Westerlund, S. Lindquist, W. E. Mackay, Y. Sundblad (2003). Co-designing methods for designing with and for families. In 5th European Academy of Design Conference (EAD'03), Barcelona, Spain, April 2003. 2004 C. Bach, D. L. Scapin (2004). Obstacles and Perspectives for Evaluating Mixed Reality Systems Usability. In Proc. Workshop MIXER ‘Exploring the Design and Engineering of MR systems’ at IUI-CADUI 2004, Funchal, Portugal, January 2004. E. Dubois, B. Mansoux, C. Bach, D. L. Scapin, G. Masserey, J. Viola. (2004). Un modèle préliminaire des systèmes mixtes. In Actes 16ème Conférence Francophone sur l'Interaction Homme Machine (IHM’04), Namur, 30 août-3 septembre 2004, New York : ACM Press, pp. 43-54. 2005 N. Carbonell (2005). Ambient Multimodality: an Asset for Developing Universal Access into the Information Society. In Proc. 3rd Int. Conference on Universal Access in Human-Computer Interaction, Las Vegas, July 22-27, 2005, Universal Access in HCI: Towards an Information Society for All, Vol. 3, Mahwah (NJ), London: Lawrence Erlbaum Associates, pp. 266-270. W. Cybis, D. L. Scapin, M. Morandini (2005). ERGOMANAGER: a UIMS for monitoring and revising user interfaces for web sites. In Int. Conference on Web Information Systems and Technologies (WEBIST), Miami, USA, May 26-28 2005. W. Cybis, D. L. Scapin, M. Morandini, (2005). ERGOMANAGER: um sistema gerenciador de interfaces com o usuârio para sites web transacionais. In Congresso Latino-americano de Interacao Humano-Computador (CLIHC’05), Cuernavaca, Mexico, October 23-26. 24 E. Law, E. Hvannberg, J. Vanderdonckt, C.Stary, M. Springett, D. L. Scapin, P. Palanque, G. Cockton (2005). MAUSE: Network of Usability Excellence. In 19th Annual Conference of the British HCI Group (BCS HCI), Edinburgh, Scotland, 5-9 September 2005 Poster, SpringerVerlag. † E. Law, E. Hvannberg, J. Vanderdonckt, C. Stary, M. Springett, D. L. Scapin, P. Palanque, G. Cockton (2005). Towards the Maturation of IT Usability Evaluation (MAUSE). In: M.-F. Costabile, F. Paterno Eds., Proc. 10th IFIP TC13 Int. Conference on Human-Computer Interaction (INTERACT’05), Rome, September 12-16, 2005, LNCS Series n° 3585, Springer. V. Lucquiaud (2005). Proposition d’un noyau et d’une structure pour les modèles de tâches orientés utilisateurs. In Actes 17ème Conférence Francophone sur l’Interaction Homme-Machine, Toulouse, 27-30 septembre 2005, New York : ACM Press, pp. 83-90. † J. Simonin, S. Kieffer, N. Carbonell (2005). Effects of display layout on gaze activity during visual search. In M.-F. Costabile, F. Paterno Eds., Proc. 10th IFIP TC13 Int. Conference on Human-Computer Interaction (INTERACT’05), Rome, September 12-16, 2005, LNCS Series n° 3585, Springer, pp. 1054-1058. J. Simonin, S. Kieffer, N. Carbonell (2005). Influence de l’organisation spatiale des affichages sur l’efficacité de la recherche visuelle. In Actes 17ème Conférence Francophone sur l’Interaction Homme-Machine, Toulouse, 27-30 septembre 2005, New York : ACM Press, pp. 35-42. 6.5 Internal Reports Deliverables 2002 C. Bach, D. L. Scapin (2002). Recommandations pour l’inspection ergonomique d’environnements virtuels. Rapport, Contrat Comedia, Rocquencourt : INRIA. N. Carbonell (2002). Interview guidelines: European SMEs' current design practice for implementing Universal Access. Deliverable 2.2.2, Thematic Network (IST) ‘Information Society for All’ (IS4ALL), 10 p., Nancy: LORIA. W. Cybis, D. L. Scapin, D. P. Andres, M. Morandini (2002). ErgoCoIn: a usability inspection tool for web site evaluation. Rapport, Convention CNPq-INRIA, Project TVU-CECI, Rocquencourt : INRIA.. N. Grondin (2002). Rapport d’analyse : questionnaire X35E sur les normes en ergonomie de l’informatique. Rapport, AFNOR, Rocquencourt : INRIA. W. E. Mackay, G. Pothier (2002). Dispositif et procédé de gestion de données entre équipements de communication en vue de l’obtention d’un service. N-AFF 61, brevet fr.02 13387. R. Taillefer (2002). Recensement de quelques sites web de vente en ligne dans les industries de l’habillement. Rapport, Contrat Comedia, Rocquencourt : INRIA. C. Tison, D. L. Scapin, N. Carbonell (2002). Techniques et modalités d’interaction hommemachine avec des environnements et des objets 3D : revue de questions. Rapport, Contrat Comedia, Rocquencourt : INRIA. 2003 N. Carbonell (2003). Multimodal interfaces − A generic design approach. Deliverable 3.3, Thematic Network (IST) ‘Information Society for All’ (IS4ALL), 12 p., Nancy: LORIA. 25 N. Carbonell, F. Lepage (2003). Télé-commerce : bilan et perspectives. Rapport, Contrat de Plan Etat-Région, Pôle Intelligence Logicielle, Thème Télé-opération et Assistants Intelligents, Projet Télé-commerce, 18 p., Nancy : LORIA. N. Grondin, D. L. Scapin (2003). Revue de questions sur la charge mentale de travail : notions, mesures et prédictions. Rapport, Convention de recherche INRIA-SNCF-RATP (projet PREDIT), Rocquencourt : INRIA. D. L. Scapin (2003). Rapport final : convention de recherche INRIA-LECTRA. Rapport, Contrat Comedia, Rocquencourt : INRIA. 2004 N. Carbonell (2004). Commande multimodale, parole+regard. Rapport, Contrat de Plan Etat- Région, Pôle Intelligence Logicielle, Thème Télé-opération et Assistants Intelligents, Projet TéléVis, 28 p., Nancy : LORIA. N. Carbonell (2004). Contribution – Rapport d’avancement à mi-parcours. Contrat ACI ‘Masses de Données’, Projet Micromégas, 4 p., Nancy : LORIA. N. Grondin, D. L. Scapin (2004). Prédiction de la charge mentale de travail des opérateurs des postes d’aiguillage ferroviaire : premiers résultats. Rapport, Convention de recherche INRIASNCF-RATP (projet PREDIT), Rocquencourt : INRIA. 2005 N. Carbonell (2005). Livrable Phase 1 : Revue de l’état de l’art sceintifique et technique. Rapport, Contrat de Prestation de Recherche Externalisée (CRE, France Télécom), Nancy : LORIA, 24 p. N. Carbonell (2005). Livrable Phase 2 : Conception du protocole expérimental. Rapport, Contrat de Prestation de Recherche Externalisée (CRE, France Télécom), Nancy : LORIA, 13 p. V. Lucquiaud (2005). Modèles et outils pour la description de l’activité orientée tâche. Rapport, Convention de recherche INRIA-SNCF-RATP (projet PREDIT), Rocquencourt : INRIA. Research Reports 2002 W. E. Mackay (2002). ATC’01: Future Air Traffic Control User Interfaces. Rapport de Recherche, Rocquencourt : INRIA. DVD for EuroControl Workshop, Brétigny sur Orge. W. E. Mackay (2002). Using Video to Support Interaction Design. DVD Tutorial distributed at CHI’02, Rocquencourt: INRIA. M. Negri (2002). Liens entre performance, apprentissage et préférence dans l’évaluation de sites commerciaux sur Internet. Mémoire de Maîtrise, Paris : Université René Descartes, Paris V. B. Renaudin-Humbert (2002). Rôle du regard en tant que mode d’expression dans un environnement d’interaction multimodale. Mémoire, DEA Informatique, Ecole Doctorale IAEM-Lorraine, 44 p., Nancy : LORIA. 2003 M.-L. Belin (2003). Utilisabilité des sites web : liens entre performance, apprentissage et préférence, et apport de l’investigation oculométrique. Mémoire de Maîtrise, Paris : Université René Descartes, Paris V. C. Mennessier (2003). Performance, apprentissage et exploration visuelle : une approche des déterminants de la préférence dans l’évaluation comparative des sites web. Mémoire de Maîtrise, Paris : Université René Descartes, Paris V. 26 J. Simonin (2003). Présentation de documents procéduraux : apports de la multimodalité à la mise en œuvre de consignes. Mémoire, DEA Informatique, Ecole Doctorale IAEM-Lorraine, 59 p., Nancy : LORIA. E. Wiederkhier (2003). L’analyse de l’interaction vocale homme-machine : étude comparative exploratoire de l’analyse des contingences et de l’analyse conversationnelle. Mémoire de Maîtrise, Paris : Université René Descartes, Paris V. 2004 C. Bach, D. L. Scapin (2004). Critères ergonomiques pour les interactions hommeenvironnements virtuels : définitions, justifications et exemples. Rapport de recherche, Rocquencourt : INRIA. O. Christmann (2004). Navigation multi-échelle dans des visualisations de grands ensembles d’informations. Mémoire, DEA Informatique, Ecole Doctorale IAEM-Lorraine, 45 p., Nancy : LORIA. 2005 T. Blanc-Brude, D. L. Scapin (2005). Etude de la mémoire des documents chez l’utilisateur pour la conception des systèmes d’aide à leur récupération. Rapport de recherche, Rocquencourt : INRIA. W. Cybis (2005). ErgoManager: a UIMS for monitoring and revising user interfaces for web sites. Rapport de recherche, Rocquencourt : INRIA. 27