The 2012 IEEE International Conference on Cognitive Infocommunications was held in Kosice, between 2-5 December, 2012. Call for papers and call for demonstrations can be downloaded below. The official website of the conference can be accessed here.
- 1 Call for Papers
- 2 Registered Tracks
- 2.1 Track I: Augmented Social Intelligence / Speech Science
- 2.2 Track II: Cognitive Ergonomics / Human Factors of Infocommunication
- 2.3 Track III: Vision-based Human Computer Interaction
- 2.4 Track IV: Ethological Aspects of Communication between Heterogeneous Agents (previously: Ethology-Based Communication)
- 2.5 Track V: Cognitive Mobile Applications and Services
- 2.6 Track VI: Communicative Social Signals: Computational and Behavioural Aspects of Human-Human and Human-Machine Interaction
- 2.7 Track VII: Cognition
- 2.8 Track VIII: Visionair Project
- 2.9 Track XI: DOMEO Project
- 3 Registered Sessions
Call for Papers
Click on either side of the table to access the Call for Papers and Call for Demonstrations
Here you can find a list of already registered tracks for the 3rd IEEE Int'l CogInfoCom 2012 Conference. The list includes titles, organizers and abstracts. If you wish to join one of these tracks or initiate a new track, we kindly ask you to send an e-mail to the following address: email@example.com
Track I: Augmented Social Intelligence / Speech Science
This track welcomes research papers and demos of systems that allow cross-fertilization of traditionally different areas that are related to cognitive infocommunications. Both system (e.g. complex integrated solutions and applications) and component (e.g. algorithms and corpora) papers are invited. Papers that integrate more than one proposed topics of the conference in the context of social intelligence and speech science will be especially welcome.
Track organizers: Helen MENG, Nick CAMPBELL, Géza NÉMETH
Track II: Cognitive Ergonomics / Human Factors of Infocommunication
We use the broad definition of “Ergonomics” and “Human Factors”, as it can be read in the web site of the International Ergonomics Association (IEA): - in a shortened version: science of interactions among humans and other elements of a system (aka “Human-Machine Interaction”). As it can be read in the referred web page of IEA, “Cognitive Ergonomics” is one of the specializations of the discipline Ergonomics / Human Factors.
A CogInfoCom system is a special Human-Machine System, where not only the Human but also the Machine subsystem itself has cognitive features (i.e. it is able to process information).
So, the scope of Cognitive Ergonomics / Human Factors of Infocommunication track is relatively wide: it can include any human aspects of CogInfoCom systems – e.g., how the cognitive level of interactions among a human and an artificially cognitive subsystem can work; how the demands of cognitive characteristics of humans can be fulfilled by a CogInfoCom system.
Track organizers: Károly HERCEGFI, Anita KOMLÓDI, Laura SLAUGHTER
Track III: Vision-based Human Computer Interaction
Cooperation in Human and Computer Saliency estimation is a rather challenging area nowadays. Computational models combined with eye tracking technology allow us to build and evaluate models considering saliency estimation. This task is multi-disciplinary: it requires knowledge about computer vision, neurobiology and psychophysics. The field has been faced with the requirement of teachable computer algorithms. New automated interfaces may also be important in the medical sciences, video surveillance systems and adaptive advertisement tables.
Track organizers: Tamás SZIRÁNYI, Zoltán VIDNYÁNSZKY
Track IV: Ethological Aspects of Communication between Heterogeneous Agents (previously: Ethology-Based Communication)
Communication is an integral part of human-machine interaction, and has been dominated by psychological theories, including the problem of linguistic exchange. More recent research however is looking at other biological models for inspiration for example, how members of different animals (including man) communicate who lack language. In this kind of communicative interactions different behavioural modes play an important role which could be novel insights how communication between heterogeneous agents could manifest. One of the key models for inspiration is the human-dog interaction in which a complex system of visual and acoustic signals are utilised.
Track organizers: Ádám MIKLÓSI
Track V: Cognitive Mobile Applications and Services
Mobile phones and tablet devices have become an everyday tool for people who are looking for an easy way to connect to the Internet, download social content, find interesting places and so on. It can be observed that mobile technology has become one of the most important field in the IT industry as web technology was 10-15 years ago. These devices usually have several sensors and interfaces like accelerometer, camera, GPS, thermometer, etc. that allow them to interact with the real world easier. Agents hosted by mobile devices that learns from the various sensor-originated information support individual applications and complex systems as well.
Nowadays mobile phones are used by different people in a wide range of situations. The key advantage of mobile phones is based on the several applications that are available from the different mobile markets. These applications are easily accessible by everybody and sometimes they are used creatively in situations that they were not designed for. Therefore the human factor is very important in case of mobile applications and services.
In this track we are expecting papers that discuss the cognitive capabilities of mobile phones, different agents that mobile devices can host, and how they can be applied efficiently in applications and services including also the social aspects of mobile solutions. Papers about mobile controlled environments, mobile-supported learning, augmented reality, energy efficiency and communication techniques are also welcome.
Topics of this track include, but are not limited to:
- Cognitive vision / human factors of mobile augmented reality solutions
- Mobile controlled intelligent robotics solutions
- Energy efficiency of mobile applications
- Mobile-hosted agents
- Mobile location based solutions
- Location based pattern recognition
- Efficient content sharing
- Mobile peer-to-peer solutions
- Mobile-based distributed systems
- Context-aware communication techniques
- Social networks in mobile environments
- The effects of rapidly growing mobile traffic
Track organizers: Hassan CHARAF
Track VI: Communicative Social Signals: Computational and Behavioural Aspects of Human-Human and Human-Machine Interaction
This track aims at gathering original works on behavioural analysis of human interaction, - that consider the amount of information conveyed by static and dynamic communicative social signals such as facial and vocal expressions, gestures, gaze, body movements - and the theoretical and computational issue of defining algorithms, programming languages, and deterministic models for their recognition, synthesis, and exploitation in the implementation of cognitive info-communication systems, such as advanced interactive dialogue informatic systems and intelligent avatars. Data on communication, actions, perception, and emotion will be discussed both from an experimental and theoretical points of view in order to provide computational paradigms to implement trustful, credible, satisfactory and emotionally coloured multimodal communication and info-communication systems
Track organizers: Anna ESPOSITO, Klára VICSI, Alessandro VINCIARELLI
Track VII: Cognition
Track organizers: Claudiu POZNA, Radu-Emil PRECUP
Track VIII: Visionair Project
This track would like to introduce the cognitive infocommunications-related results related to the Visionair project. Visionair is an acronym for "VISION Advanced Infrastructure for Research". Visionair creates a European infrastructure for high level visualisation facilities that are open to research communities across Europe and around the world. By integrating existing facilities, Visionair aims to create a world-class research infrastructure for conducting state-of-the-art research in visualisation, thus significantly enhancing the attractiveness and visibility of the European Research Area (ERA). With over 25 members across Europe participating, VISIONAIR offers facilities for Virtual Reality, Scientific Visualisation, Ultra High Definition, Augmented Reality and Virtual Services. The Resources E-map provides an opportunity to view the capabilities of each VISIONAIR partner. This track contains demonstrations as well.
Cognition is the natural target of visualization and interaction technologies as provided within VISIONAIR. Communications and Information are obviously the main medium to solicitate cognitive understanding. The track may focuss on proposal where Visulization and Interaction support a better communication of information for a better understanding by final users.
Track organizers: Frédéric NOËL, Christian WEIDING
Track XI: DOMEO Project
DOMEO, an AAL Project, focuses on the development of an open robotic platform for the integration and adaptation of personalized homecare services, as well as cognitive and physical assistance.
This track focuses on the results of project participants in the field of social robotics: the cognitive assistance in homecare. Two presentations will analyse multimodal user interfaces and the intelligent techniques how these can be used for person and activity recognition. Another two presentations will summarise the experience of users and caregiving personnel during the home deployment of the Kompai social robot for telecare service in France and doubt removal/companion services in Hungary. ( http://www.aal-domeo.org )
Track organizers: András TÓTH, Vincent DUPOURQUE
Below is a list of already registed sessions for the 3rd IEEE Int'l CogInfoCom 2012 Conference. If you wish to join one of these sessions, or initiate a new session, we kindly ask that you send an e-mail to the following address: firstname.lastname@example.org
Session I: Human-System Interaction
This session aims at gathering original works related to all technological aspects of Human System Interaction from the devices to the models of the interaction. Devices of interaction cover areas from haptic devices through recognition of human action to the application of human oriented languages in human-machine dialogues. The area of natural language interfaces includes the development of language processing modules to transform the incoming free text into module level commands. The interpretation of free text requires the knowledge of the context and the management of semantics for command processing. The appearance of behavior models can also extend the Human System Interaction to the levels of recognition or invocation of human emotions.
Suggested topics include but are not limited to:
- Internet of Things and Smarthomes
- Healthcare, Welfare and Assistive Devices: health and activity monitoring at home
- Sensor networks, assistive technologies
- Modeling of human action, acquisition and recognition of human motion
- Force and Haptics in Human System Interaction
- Multimedia-based human communication
- Natural Language Interfaces
- Ontology in human-machine dialogues: ontology generation, semantic modeling, ontology integration, ontology in command processing
- Theory of Learning Methods: soft computing methods for command interpretations, mathematical background of learning methods
- Artificial Intelligence and computational intelligence models and theory of behavior models for Human System Interaction
- Simulation and simulation software for Human System Interaction
Session organizers: László KOVÁCS, Szilveszter KOVÁCS
Session II: Human Auditory and Spatial Cognition
The session presents results from experiments and computer modeling data on auditory cognition and auditory-visual integration of spatial information. The aim of the session is to present empirical data on how the human auditory system derives the representation of the two most important features of auditory objects: their spatial localization and their identification. The session also presents a demonstration of a model that generates auditory object representations based on competing sound features.
Session organizers: Ferenc HONBOLYGÓ, Valéria CSÉPE
Session III: Theoretical Aspects of Cognitive Infocommunications
The goal of this session is to investigate ways in which the terminologies of various related fields (e.g., cognitive sciences, ethology, information sciences) -- which at times reflect both contradicting and overlapping points of view -- can be unified in the context of CogInfoCom, with special focus on iconic and message-like elements of CogInfoCom channels.
Session organizers: Péter BARANYI, Ádám CSAPÓ
Session IV: The structure of multimodal communication: principles vs. optionality
An introduction to the HuComTech multimodal database
The papers of this section give an overview of work done by the HuComTech research group and outline future perspectives. The approximately 60 hours of multimodal dialogues on Hungarian material are annotated for video and audio from a number of perspectives, some of them novel in the field, including both multimodal and unimodal pragmatic annotation, an annotation of spoken syntax and its alignment with prosody labeled both automatically and manually. The findings are expected to be important for computational linguistics, human-machine interaction and cognitive-psychological studies of communication.
Session organizers: László HUNYADI