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Showing 1 to 20 of 130 for “"Human-computer interfaces"”.

  1. The structure and development of human-computer interfaces

    … implementing, testing, and modifying interactive human-computer systems. As in the early stages of software engineering development, current approaches to human-computer interface design are ad hoc, unstructured, and incomplete. The primary goal of this research has been to develop a structural, …

    vt Repository record for The structure and development of human-computer interfaces (opens in a new tab)

  2. Introducing liquid haptics in high bandwidth human computer interfaces

    Thesis (M.S.)--Massachusetts Institute of Technology, Program in Media Arts & Sciences, 1998.

    mit Repository record for Introducing liquid haptics in high bandwidth human computer interfaces (opens in a new tab)

  3. Dynamic Bayesian Networks for Information Fusion With Applications to Human-Computer Interfaces

    … power have given rise to a number of novel human-computer interaction (HCI) modalities---speech, vision-based gesture recognition, eye tracking, EEG, etc. However, despite the abundance of novel interaction devices, the naturalness and efficiency of HCI has remained low. This is due in …

    uiuc Repository record for Dynamic Bayesian Networks for Information Fusion With Applications to Human-Computer Interfaces (opens in a new tab)

  4. An investigation and evaluation into the 'usibility' of human-computer interfaces using a typical CAD system

    … program covers three topics relating to the humancomputer interface namely, voice recognition, tools and techniques for evaluation, and user and interface modelling. An investigation into the implementation of voice recognition technologies examines how voice recognisers may be evaluated in …

    de-montfort Repository record for An investigation and evaluation into the 'usibility' of human-computer interfaces using a typical CAD system (opens in a new tab)

  5. Characterization and Modeling of the Human Mouth Space for the Informed Design of Intraoral Wearable Human-Computer Interfaces

    … involved the development of a model for the human oral cavity to aid in the design of intraoral wearable human-computer interfaces, which have great potential for impact especially in the assistive technology domain. The model is intended to provide a preliminary look at the design space of …

    mit Repository record for Characterization and Modeling of the Human Mouth Space for the Informed Design of Intraoral Wearable Human-Computer Interfaces (opens in a new tab)

  6. Flexible sensors for high-quality recording and human-computer interface

    Human-computer interfaces have been widely developed to bridge the gap in information transmission and enable the interaction between humans and computers. It provides unique opportunities to understand, augment, assist and repair the cognitive, sensory, and motor functions. Due to the soft nature …

    rice Repository record for Flexible sensors for high-quality recording and human-computer interface (opens in a new tab)

  7. A hypermedia implementation of a collaborative planning system

    … the others. This is partially due to inadequate human-computer interfaces, information filtering and access difficulties, and the individual orientation of computers.

    uiuc Repository record for A hypermedia implementation of a collaborative planning system (opens in a new tab)

  8. A controlled experiment to identify and test a representative primitive set of user object-oriented cursor actions

    … decomposing the user cursor action component of human-computer interfaces into individual components based on the four categories: target size, target distance, target direction, and selection mode, was investigated. A primitive task set consisting of the Cartesian product of specific elements of …

    vt Repository record for A controlled experiment to identify and test a representative primitive set of user object-oriented cursor actions (opens in a new tab)

  9. Active Mobile Interface for smart health

    Computer interfaces are rapidly evolving beyond the traditional keyboard-mouse-monitor triad. The widespread availability of touch screens and voice recognition software has made it possible to execute commands in many different ways, especially on mobile computing devices. While this has made it …

    umkc Repository record for Active Mobile Interface for smart health (opens in a new tab)

  10. Contextualising user interfaces for complex systems

    … that people have in interacting with complex, computer-based systems. The fields of intelligent and adaptive interfaces and agent-based systems are surveyed and critiqued to identify how intelligent human-computer interfaces can be used to improve interaction. The need to manage context is …

    birmingham Repository record for Contextualising user interfaces for complex systems (opens in a new tab)

  11. State discovery for autonomous learning

    … facilitates the development of agents and human-computer interfaces that can be trained by a naive user. The work presented in this dissertation focuses on making these incremental learning algorithms practical.

    mit Repository record for State discovery for autonomous learning (opens in a new tab)

  12. Computational perception for multi-modal document understanding

    … in textbooks, and graphic designs in bulletins. Humans can efficiently process the visual and textual information contained within to make decisions on topics including business, healthcare, and science. Building the computational tools to understand multimodal documents can have important …

    mit Repository record for Computational perception for multi-modal document understanding (opens in a new tab)

  13. Our Third Ear: A Multi-Sensory Experience of Sound

    … and passive interaction of visual cues using human computer interfaces.

    vt Repository record for Our Third Ear: A Multi-Sensory Experience of Sound (opens in a new tab)

  14. Digital digits : designing assistive finger augmentation devices

    Wearable computers are becoming a widespread reality. Driven by a quest for sensorial ultrability (ultra-ability) and control of our environment and bodies, we search for ever more intimate solutions to increase our innate physical capacities using technology. Finger-wearable devices for …

    mit Repository record for Digital digits : designing assistive finger augmentation devices (opens in a new tab)

  15. Capturing Tacit Knowledge of Experts through the Study of Visual Attention: Applications for Human Expertise and AI

    Tacit or implicit knowledge is know-how that humans cannot convey explicitly; it is difficult to verbalize, and hence, it is challenging to transfer to others in words. Tacit knowledge is usually gained from experience and internalized unconsciously through implicit learning. Since tacit knowledge …

    mit Repository record for Capturing Tacit Knowledge of Experts through the Study of Visual Attention: Applications for Human Expertise and AI (opens in a new tab)

  16. Flexible environments in dynamic lexical analysis systems

    In this thesis, a system for studying human/computer interfaces is introduced. The human/computer interface provides several features, the most noteable of which is TOKEN COMPLETION. These features permit the user to define and/or redefine command tokens, define and/or delete synonym and noiseword …

    vt Repository record for Flexible environments in dynamic lexical analysis systems (opens in a new tab)

  17. Activity recognition with end-user sensor installation in the home

    … studies and at special facilities to study human behavior such as the MIT Placelab. The system can be easily retrofitted in existing home environments with no major modifications or damage and can be used to enable IT and health researchers to study behavior in the home. Activity recognition …

    mit Repository record for Activity recognition with end-user sensor installation in the home (opens in a new tab)

  18. Using analogy to acquire commonsense knowledge from human Contributors

    … capture the commonsense knowledge of non-expert human contributors. Achieving this goal will enable more intelligent human-computer interfaces and pave the way for computers to reason about our world. In the domain of natural language processing, it will provide the world knowledge much needed …

    mit Repository record for Using analogy to acquire commonsense knowledge from human Contributors (opens in a new tab)

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