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Possibilities of Computer Simulation in Power Engineering and Environmental Engineering
2009This article concerns on overview of today software products for ordinary personal computers and small workstations, gives list of important features relevant to solution of environmental foresighting. For this branch of problems are important not only usual advantages of software packages like computing power, simplicity of use, number of prepared ...
Lucie Nohacova, Karel Nohac
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Powerful Heuristics and Basis Selection Bring Computational Homology to Engineers
IEEE Transactions on Magnetics, 2011With heuristics, computational homology is able to extract the bases of homology spaces of a domain covered with a cellular mesh with an acceptable efficiency. In this paper, methods for homology basis selection within the modeling software are discussed.
Kettunen Lauri +2 more
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Teaching Low-Power Electronic Design in Electrical and Computer Engineering
IEEE Transactions on Education, 2005Because of the continuous scaling of feature size and the increasing demand of mobile communication devices, power dissipation has become a major concern of integrated circuit design. Students in electrical and computer engineering will find it very helpful to learn low-power circuit design techniques before they enter the workforce.
Yuan, Jiann S., Di, Jia
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Computer centre power engineering for the tropics
Power Engineering Journal, 1987The climatic conditions in the tropics coupled with lack of infrastructure in the least-developed countries presents a ajor challenge to power engineers establishing and maintaining computer installations ...
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Personal computers in power engineering education
IEEE Transactions on Power Systems, 1988The use of personal computers in power engineering instruction at McMaster University is described. The power program, laboratory and computer facilities, and computer applications are examined. Examples are presented of computer programs in three categories: tutorial packages for instructional support, computational and graphical aids in the ...
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Computer aids in power system engineering
Computer-Aided Engineering Journal, 1988CAE is used extensively in power systems to plan, design and operate generators, transmission circuits and sub-stations. This tutorial paper describes CAE methods for steady-state, transient and dynamic calculations, and shows that the use of computing systems and dedicated microprocessors is important in controlling and protecting all types of system.
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A Low-power Computer Vision Engine for Video Surveillance
2018 IEEE International Conference on Integrated Circuits, Technologies and Applications (ICTA), 2018this paper presents the design and VLSI implementation of a CVE (Computer Vision Engine) for real-time video analysis. It offloads CPU/GPU for the power-hungry computation for various vision tasks such as face detection, object detection, motion tracking, etc. The design features 22 computation kernels and is divided into three main categories.
Ke Xu +5 more
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Computational Intelligence in Power Engineering
2010Computational Intelligence (CI) is one of the most important powerful tools for research in the diverse fields of engineering sciences ranging from traditional fields of civil, mechanical engineering to vast sections of electrical, electronics and computer engineering and above all the biological and pharmaceutical sciences.
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A package for computer aided design for power electrical engineering
IEEE Transactions on Magnetics, 1983A package developed for both research and industrial application for computer aided design of electromagnetic devices is presented and the main features are discussed. From the research point of view the main feature of the package is to allow the definition of the differential equations of the problem to be solved in their analytical form by means of ...
GIRDINIO, PAOLA +3 more
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PACE: Power-Aware Computing Engines
2005Abstract : This report describes the PACE project whose objective was to reduce the energy consumption of microprocessors by exploiting compile time knowledge to reduce run-time switching activity and to power down unneeded blocks. The project had two phases.
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