Graphical User Interface Research Papers (original) (raw)

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Most cited papers in Graphical User Interface

Graphical user interfaces (GUIs) simplify use of computers by presenting information in a manner that allows rapid assimilation and manipulation. The use of visual constructs (widgets) that mimic physical objects such as `switches'... more

- by Brian Toby
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- Engineering, Computer Science, Powder Diffraction, Neutron Diffraction
- by Raimundo Gargallo
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- Analytical Chemistry, Data Analysis, Chemometrics, Alternating least squares
- by kyb kyb108
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- Multidisciplinary, Adaptive Signal Processing, Cross Correlation, Real Time Systems
- by Nitin Jain
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- Distributed Computing, Mobile Ad Hoc Networks, Disaster Management, Wireless networks
- by U. Keiderling
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- Condensed Matter Physics, Kinetics, Data Processing, Software Tool
- by Lyn Bartram
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- Information Visualization, Supervisory Control, Navigation, Graphic User Interface Design
- by John Westbrook
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- Bioinformatics, Natural Language Processing, OPERATING SYSTEM, Database Management Systems
- by Alain Karsenty
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- CSCW, Real Time, Graphical User Interface
- by Francesco Faita
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- Engineering, Algorithms, Artificial Intelligence, Medical Imaging
- by Edward C Lomax
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- Engineering, Computer Science, Computer Graphics, Computer Security
- by Bonnie Youngs
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- Teaching and Learning, Educational Technology, Computer Assisted Language Learning, Distance Education
- by Kurt Wallnau
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- Computer Architecture, Distributed Computing, Software Engineering, Information Retrieval
- by John Markley
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- Bioinformatics, Algorithms, Computer Graphics, Computational Biology
- by G. Marius Clore FRS
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- Engineering, Computer Graphics, Software, Physical sciences
- by Lorne Olfman
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- Information Systems, Computer Literacy, Applied Economics, Business and Management
- by Karl Reed and +1
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- Information Systems, Design, Information Management, Project Management
- by james gaines
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- Microscopy, Motion control, Control Systems, Assembly
- by Karon Maclean
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- Computer Science, Computer Graphics, Haptic Interface Design, Graphical User Interfaces
- by Ronald C Arkin
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- Engineering, Information Retrieval, Usability, Control Systems
- by Constance Heitmeyer
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- Programming Languages, Software Development, Automata, Reasoning
- by Ramesh Bharadwaj
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- Algorithms, User Interface, Invariance, decision Procedure
- by Paul Calder
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- Object Oriented Programming, User Interface, Graphic User Interface Design, x Window System
- by Edward Segovia
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- Mechanical Engineering, Forensics, Signal Processing, Graphics
- by Jean-paul Delahaye
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- Bioinformatics, Algorithms, RNA, Tobacco
- by Bassam Sayed and +1
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- Human Computer Interaction, Computer Security, Gesture Recognition, Graphical User Interfaces
- by Pao-Ann Hsiung
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- Distributed Computing, Software Engineering, Model Checking, Packaging
- by P. Tramontana
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- Mobile Computing, Sensors, Humanoid robots, Graphical User Interfaces
- by Ling Rothrock
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- Visualization, Graphic Design, Engineering Design, User Interface
- by Shankar Chakraborty
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- Quality Function Deployment, Mathematical Sciences, Graphic User Interface Design, expert System
- by Malgorzata Biczysko
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- Computational Chemistry, Vibrational Spectroscopy, THEORETICAL AND COMPUTATIONAL CHEMISTRY, Graphical User Interface
- by Martha Nell Smith
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- Computer Science, Humanities, Visualization, Data Mining

Background Comparative genomics is currently one of the most popular approaches to study the regulatory architecture of vertebrate genomes. Fish-mammal genomic comparisons have proved powerful in identifying conserved non-coding elements likely to be distal cis-regulatory modules such as enhancers, silencers or insulators that control the expression of genes involved in the regulation of early development. The scientific community is showing increasing interest in characterizing the function, evolution and language of these sequences. Despite this, there remains little in the way of user-friendly access to a large dataset of such elements in conjunction with the analysis and the visualization tools needed to study them. Description Here we present CONDOR (COnserved Non-coDing Orthologous Regions) available at: http://condor.fugu.biology.qmul.ac.uk. In an interactive and intuitive way the website displays data on > 6800 non-coding elements associated with over 120 early developmen...

- by Adam Woolfe
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- Genomics, Computational Biology, Comparative Genomics, Biological Sciences
- by Shih-Wen Hsiao
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- Psychology, Mental Representation, Fuzzy Logic, Modeling
- by Alistair Sutcliffe
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- Artificial Intelligence, Usability, Computer Animation, Modeling
- by L. Roucoules
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- Engineering, Computer Science, Concurrent Engineering, Conceptual change
- by GONZALO CORTAZAR
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- Information Systems, Finance, Applied Mathematics, Evaluation
- by Ronald C Arkin
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- Control system, Simulation, Mobile Robots, System Architecture
- by Richard Church
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- Engineering, Earth Sciences, Object Oriented Programming, Location Problem

Abstract: This document describes the design and implementation of TRAINS-96, a prototype mixed-initiative planning assistant system. The TRAINS-96 system helps a human manager solve routing problems in a simple transportation domain. It interacts with the human using spoken, typed, and graphical input and generates spoken output and graphical map displays. The key to TRAINS-96 is that it treats the interaction with the user as a dialogue in which each participant can do what they do best. The TRAINS-96 system is ...

- by Jean Vanderdonckt
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- Information Systems, Computer Science, Web Engineering, Animation
- by Martin Hemmsen
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- Engineering, Algorithms, Cardiology, Computer Aided Design
- by Chris Edrington
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- Power Electronics, Computational Modeling, Embedded Systems, Control system

Spike is a profile-directed optimizer for Alpha/NT executables that is actively being used to optimize shipping products. Spike consists of the Spike Optimization Environment (SOE) and the Spike Optimizer. Through both a graphical... more

- by norm rubin
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- Flow Control, Register Allocation, Graphical User Interface, Command Line Interface
- by Mr. Ahmed Elgamal
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- Engineering, Software Engineering, Liquefaction, Finite Element

The interdependence and complexity of socio-technical systems and availability of a wide variety of policy measures to address policy problems make the process of policy formulation difficult. In order to formulate sustainable and efficient transport policies, development of new tools and techniques is necessary. One of the approaches gaining ground is policy packaging, which shifts focus from implementation of individual policy measures to implementation of combinations of measures with the aim of increasing efficiency and effectiveness of policy interventions by increasing synergies and reducing potential contradictions among policy measures. In this paper, we describe the development of a virtual environment for the exploration and analysis of different configurations of policy measures in order to build policy packages. By developing systematic approaches it is possible to examine more alternatives at a greater depth, decrease the time required for the overall analysis, provide real-time assessment and feedback on the effect of changes in the configurations, and ultimately form more effective policies. The results from this research demonstrate the usefulness of computational approaches in addressing the complexity inherent in the formulation of policy packages. This new approach has been applied to the formulation of policies to advance sustainable transportation.

Graphical User Interface Research Papers (original) (raw)

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