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1,649 results on '"Martin, D. F."'

204. Adaptive Mesh Refinement for MHD Fusion Applications

Author

Samtaney, R., Jardin, S. C., Colella, P., Martin, D. F., Barth, Timothy J., editor, Griebel, Michael, editor, Keyes, David E., editor, Nieminen, Risto M., editor, Roose, Dirk, editor, Schlick, Tamar, editor, Plewa, Tomasz, editor, Linde, Timur, editor, and Gregory Weirs, V., editor

Published
2005
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206. ATLAS

Author

Zang, Xinshi, primary, Wang, Fangzhou, additional, Liu, Jinwei, additional, and Wong, Martin D. F., additional

Published
2022
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207. AdaOPC

Author

Zhao, Wenqian, primary, Yao, Xufeng, additional, Yu, Ziyang, additional, Chen, Guojin, additional, Ma, Yuzhe, additional, Yu, Bei, additional, and Wong, Martin D. F., additional

Published
2022
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223. Infective Diarrhoea

Author

Schofield, Philip F., Haboubi, N. Y., Martin, D. F., Schofield, Philip F., Haboubi, N. Y., and Martin, D. F.

Published
1993
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227. Malabsorption

Author

Schofield, Philip F., Haboubi, N. Y., Martin, D. F., Schofield, Philip F., Haboubi, N. Y., and Martin, D. F.

Published
1993
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229. Motility Disorders

Author

Schofield, Philip F., Haboubi, N. Y., Martin, D. F., Schofield, Philip F., Haboubi, N. Y., and Martin, D. F.

Published
1993
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233. Diverticular Disease

Author

Schofield, Philip F., Haboubi, N. Y., Martin, D. F., Schofield, Philip F., Haboubi, N. Y., and Martin, D. F.

Published
1993
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242. OpenTimer v2: A New Parallel Incremental Timing Analysis Engine

Author

Chun-Xun Lin, Martin D. F. Wong, Guannan Guo, and Tsung-Wei Huang

Subjects
Speedup, Application programming interface, business.industry, Computer science, Static timing analysis, Usability, 02 engineering and technology, Computer Graphics and Computer-Aided Design, Bottleneck, 020202 computer hardware & architecture, User experience design, Computer architecture, Parallel processing (DSP implementation), 0202 electrical engineering, electronic engineering, information engineering, Task analysis, Electrical and Electronic Engineering, business, Software
Abstract

Since the first release in 2015, OpenTimer v1 has been used in many industrial and academic projects for analyzing the timing of custom designs. After four-year research and developments, we have announced OpenTimer v2—a major release that efficiently supports: 1) a new task-based parallel incremental timing analysis engine to break through the performance bottleneck of existing loop-based methods; 2) a new application programming interface (API) concept to exploit high degrees of parallelisms; and 3) an enhanced support for industry-standard design formats to improve user experience. Compared with OpenTimer v1, we rearchitect v2 with a modern C++ programming language and advanced parallel computing techniques to largely improve the tool performance and usability. For a particular example, OpenTimer v2 achieved up to $5.33\times $ speedup over v1 in incremental timing, and scaled higher with increasing cores. Our contributions include both technical innovations and engineering knowledge that are open and accessible to promote timing research in the community.

Published
2021
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243. OpenTimer v2: A Parallel Incremental Timing Analysis Engine

Author

Martin D. F. Wong, Chun-Xun Lin, and Tsung-Wei Huang

Subjects
Computer science, Static timing analysis, 02 engineering and technology, 020202 computer hardware & architecture, Parallel processing (DSP implementation), Computer architecture, Hardware and Architecture, 0202 electrical engineering, electronic engineering, information engineering, Task analysis, Electronic design automation, Electrical and Electronic Engineering, IBM, Software architecture, Software
Abstract

Editor’s note: This article introduces a high-quality open-source static timing analysis engine that is capable of parallel incremental timing and that provides an efficient API to facilitate development of complex EDA tools. — Sherief Reda, Brown University — Leon Stock, IBM — Pierre-Emmanuel Gaillardon, University of Utah

Published
2021
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