PPT-Performance Evaluation of On-Chip Sensor Network in MPSoC
Author : kairo808 | Published Date : 2024-12-11
MPSoC Yao Wang Yu Wang Jiang Xu Huazhong Yang EE Dept TNList Tsinghua University Beijing China Computing System Lab Dept of ECE Hong Kong University of
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Performance Evaluation of On-Chip Sensor Network in MPSoC: Transcript
MPSoC Yao Wang Yu Wang Jiang Xu Huazhong Yang EE Dept TNList Tsinghua University Beijing China Computing System Lab Dept of ECE Hong Kong University of Science and Technology Hong Kong China. 10-Gigabit Ethernet TOE. W. Feng. ¥. . P. Balaji. α. . C. Baron. £. L. N. Bhuyan. £. D. K. Panda. α. ¥. Advanced Computing Lab,. Los Alamos National Lab. α. Network Based Computing Lab,. Ohio State University. Veronica . Eyo. Sharvari. Joshi. On-chip interconnect network/ . NoC. The layered-stack approach to the design of the on-chip . intercore. communications is called the Network-on-Chip (NOC) methodology. date. Change. Version. who. 3/26/2013. Updated with U2 fid. positions. 1.1. LG. Sensor (0,0). (20230, 22720). PXL . Ultimate-1 and Ultimate-2 . sensor. Diced Silicon Size. 20.240mm x 22.730mm. There is a uniform 10 um border around the sensor lithography. A Survey. Presented By: . Anubhav Mathur. Department of Computer Science. University of Connecticut. Authors:. John Paul Walters, . Zhengqiang. Liang,. Weisong. Shi, and . Vipin. Chaudhary. Department of Computer Science. 9933107 . 動機. 14. 林昱彤. 100062119. 資工. 15 . 王敬嘉. Introduction. Goal. Fair Comparison. Hardware, OS selection. Measurement. Application description, . M. easurement approach. Result. (20235, 22725). PXL Ultimate sensor. Diced Silicon Size. 20.240mm x 22.730mm. There is a uniform 15 um border around the sensor lithography. 15 um. 15 um. 15 um. 15 um. (-15, -15). Dimensions are microns. Networking . Perspective:. Congestion and Scalability in . Many. -Core . Interconnects. George Nychis. ✝. , Chris . Fallin. ✝. , . Thomas . Moscibroda. ★. , . Onur. . Mutlu. ✝, . Srinivasan. Daniel U. Becker. PhD Oral Examination. 8/21/2012. Concurrent. VLSI. Architecture. Group. Outline. INTRODUCTION. Allocator Implementations. Buffer Management. Infrastructure. Conclusions. Efficient Microarchitecture for NoC Routers. Networking . Perspective:. Congestion and Scalability in . Many. -Core . Interconnects. George Nychis. ✝. , Chris . Fallin. ✝. , . Thomas . Moscibroda. ★. , . Onur. . Mutlu. ✝, . Srinivasan. Boris Grot. The University of Texas at Austin. Technology Trends. Core i7. Pentium D. Pentium 4. Pentium. Xeon . Nehalem-EX. 4004. 286. 386. 486. 8086. Year of introduction. Transistor count. 2. . . Security. Babak . D. Beheshti. Professor & Associate Dean,. School . of Engineering & Computing . Sciences, New . York Institute of Technology. Old Westbury, NY, USA. Presenter and Date. Agenda. Systems: Analysis, Design and Management. Akash . Kumar. Modern Multimedia Embedded Systems. Trends in Multimedia Systems. Increasing number of features i.e. applications. Simultaneously active applications. On Enhancing the Performance of Bufferless Network-on-Chip By Mohamed Assem Abd ElMohsen Ibrahim Under the Supervision of Dr. Hatem M. El- Boghdadi Master’s Thesis Computer Engineering Department Cross-Layered Design of Sensor Networks. I. Fundamentals . - . Basics of Wireless Ad-Hoc Networks. - Autonomous Systems. - Communication Models and Algorithms. II. Design of Wireless Sensor Networks .
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