The Experts below are selected from a list of 10572 Experts worldwide ranked by ideXlab platform
Dong-hae Im - One of the best experts on this subject based on the ideXlab platform.
-
A Windows-based Interactive and Graphic package for the education and training of power system analysis and operation
IEEE Transactions on Power Systems, 1999Co-Authors: Joong-rin Shin, Dong-hae ImAbstract:This paper presents a Windows-based Interactive Graphic package developed by the authors for the education and training of the power system modeling, analysis and operation with a user-friendly Graphical user interface (GUI) and visual database management system (VDBMS). To achieve this goal, the package is designed to have following features: a Graphic editor to visually edit the power system diagram; Windows-based power system database to Interactively manage the data; Graphic representations; animation; and interrupting schemes. The application programs in this package include the power flow calculation, transient stability analysis, fault analysis, economic dispatch and automatic load-frequency control. This package may be useful for educational and training purposes.
Teodor Gabriel Crainic - One of the best experts on this subject based on the ideXlab platform.
-
an Interactive Graphic approach for the integrated design of intercity transportation timetables and vehicle operations
Computers & Operations Research, 1992Co-Authors: Christian Lardinos, Teodor Gabriel Crainic, Johanne DionAbstract:Abstract The planning and management of the services offered by any intercity passenger transportation company involve two key levels of concern that can be characterized as follows: 1. (1) the strategic “market-oriented” level where one is mainly concerned with the design of an efficient timetable that best suits travellers' expectations, but with little consideration for operational and feasibility issues, and 2. (2) the operational level where, on the contrary, one mainly addresses such issues—notably the routing and scheduling of vehicles (which ultimately determines the service timetable)—to the detriment of marketing considerations. In this paper, a decision support system is presented which aims at reconciling both levels of concern within an integrated Interactive-Graphic framework. The main components of the computer system are described, its database structure and the underlying algorithmic method are outlined and experimental results are reported.
-
A decision support system for freight transportation planning
1991Co-Authors: Teodor Gabriel Crainic, J F MondouAbstract:This paper examines the structure and components of a Decision Support System designed to assist the tactical planning of activities of an intercity multimode multicommodity freight transportation system, using the tactical planning of LTL motor-carrier operations as an example. In particular, such a computer-based planning system has to combine a "local" data base, together with procedures to access and analyze it, interfaces with the management information system of the company, problem modeling and scenario defining facilities, optimization algorithms and post-optimal procedures and, Interactive-Graphic capabilities to display and help analyze data and results (A).
-
strategic planning of freight transportation stan an Interactive Graphic system
Transportation Research Record, 1990Co-Authors: Teodor Gabriel Crainic, Michael Florian, Jacques Guelat, Heinz SpiessAbstract:STAN is an Interactive-Graphic system for national or regional strategic planning of multimode multiproduct transportation systems. Briefly described are the general concepts underlying the system, the data base structure, the assignment procedures, and the results. Data and results from an actual application are used to illustrate these concepts.
Joong-rin Shin - One of the best experts on this subject based on the ideXlab platform.
-
A Windows-based Interactive and Graphic package for the education and training of power system analysis and operation
IEEE Transactions on Power Systems, 1999Co-Authors: Joong-rin Shin, Dong-hae ImAbstract:This paper presents a Windows-based Interactive Graphic package developed by the authors for the education and training of the power system modeling, analysis and operation with a user-friendly Graphical user interface (GUI) and visual database management system (VDBMS). To achieve this goal, the package is designed to have following features: a Graphic editor to visually edit the power system diagram; Windows-based power system database to Interactively manage the data; Graphic representations; animation; and interrupting schemes. The application programs in this package include the power flow calculation, transient stability analysis, fault analysis, economic dispatch and automatic load-frequency control. This package may be useful for educational and training purposes.
G. Deleage - One of the best experts on this subject based on the ideXlab platform.
-
an Interactive Graphic program for calculating the secondary structure content of proteins from circular dichroism spectrum
Bioinformatics, 1993Co-Authors: G. Deleage, C. GeourjonAbstract:A Graphic program has been developed to calculate the secondary structure content of proteins from their circular dichroism spectrum. All the information concerning analysis and results are given on a single screen. The actual and the theoretical spectra are plotted to allow visual inspection of the fit quality. The percentages of secondary structure and statistical parameters (r.m.s., residuals) are provided. The program is fully Interactive for spectra analysis. Moreover, cursors driven by a mouse or arrow keys are moveable onto spectra yielding all the information concerning a given wavelength, such as the theoretical and experimental ellipticities, wavelength, values of reference model for alpha-helix, beta-sheet and beta-turn. Interfaces are provided for the CONTIN program of Provencher and Glockner.
-
Interactive and Graphic coupling between multiple alignments, secondary structure predictions and motif/pattern scanning into proteins.
Comput Appl Biosci, 1993Co-Authors: C. Geourjon, G. DeleageAbstract:A computer module that includes multiple alignments, secondary structure prediction, and site and pattern search has been developed and integrated into our ANTHEPROT software for protein sequence analysis. All the programs can be invoked from within any routine, thus yielding multiple pathways to obtain final results. All the results are Graphically displayed. The main feature of this module is that all methods are connected in an Interactive Graphic manner. This module has been designed to display easily the potential sites with conserved predicted structures.
-
Interactive and Graphic coupling between multiple alignments secondary structure predictions and motif pattern scanning into proteins
Bioinformatics, 1993Co-Authors: C. Geourjon, G. DeleageAbstract:A computer module that includes multiple alignments, secondary structure prediction, and site and pattern search has been developed and integrated into our ANTHEPROT software for protein sequence analysis. All the programs can be invoked from within any routine, thus yielding multiple pathways to obtain final results. All the results are Graphically displayed. The main feature of this module is that all methods are connected in an Interactive Graphic manner. This module has been designed to display easily the potential sites with conserved predicted structures.
Jade Goldstein - One of the best experts on this subject based on the ideXlab platform.
-
Interactive Graphic design using automatic presentation knowledge
Human Factors in Computing Systems, 1994Co-Authors: Steven F Roth, John Kolojejchick, Joe Mattis, Jade GoldsteinAbstract:We present three novel tools for creating data Graphics: (1) SageBrush, for assembling Graphics from primitive objects like bars, lines and axes, (2) SageBook, for browsing previously created Graphics relevant to current needs, and (3) SAGE, a knowledge-based presentation system that automatically designs Graphics and also interprets a user's specifications conveyed with the other tools. The combination of these tools supports two complementary processes in a single environment: design as a constructive process of selecting and arranging Graphical elements, and design as a process of browsing and customizing previous cases. SAGE enhances userdirected design by completing partial specifications, by retrieving previously created Graphics based on their appearance and data content, by creating the novel displays that users specify, and by designing alternatives when users request them. Our approach was to propose interfaces employing styles of interaction that appear to support Graphic design. Knowledge-based techniques were then applied to enable the interfaces and enhance their usability.