PPT-Improved Flop Tray-Based Design Implementation for Power Re

Author : tawny-fly | Published Date : 2017-10-08

Andrew B Kahng Jiajia Li and Lutong Wang UC San Diego VLSI CAD Laboratory Outline Background and Motivation Related Work Our Methodology Experimental Setup

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Improved Flop Tray-Based Design Implementation for Power Re: Transcript


Andrew B Kahng Jiajia Li and Lutong Wang UC San Diego VLSI CAD Laboratory Outline Background and Motivation Related Work Our Methodology Experimental Setup and Results Conclusion. Lecture 24. Announcements. Homework 8 due today. Exam 3 on Tuesday, 11/25.. Topics for exam are up on the course webpage.. Agenda. Last time:. Master-Slave Flip-Flops (6.4). Edge-Triggered Flip-Flops (6.5). 1 Tray-dec Rev Tray-dec 300 0.75 t 23 7 56 Cover width 305 58 16 min 26 Ref Point 14.8 0.75 PLEASE NOTE: The calculations for Tray-dec 300 in this document have been updated to the latest ‘St Sequential Circuits. Part 1. KFUPM. Courtesy of Dr. Ahmad . Almulhem. Objectives. Sequential Circuits. Storage Elements (Memory). Latches. Flip-Flops. KFUPM. Combinational vs Sequential. A . combinational. iTOP. Each . boardstack. (1/4 module) requires three LV power inputs. “RAW1”: 1.87V at 14.5A (mostly for FPGA core). “RAW2”: 3.15V at 13.2A (mostly for IRSX ASIC’s). “RAW3”: 4.33V at 5.1A (mostly for preamplifiers). in . Advanced Nodes . Sorin. . Dobre. +. , Andrew . B. . Kahng. *. and . Jiajia Li. *. * . UC . San . Diego VLSI CAD Laboratory. +. Qualcomm Inc.. Outline. Background and Motivation. Problem Statement. Andrew B. . Kahng. , . Hyein. Lee and . Jiajia. Li. . UC San Diego . VLSI . CAD . Laboratory (“. ABKGroup. ”). http://vlsicad.ucsd.edu. . Measuring Progress and Value. Systems, . and system . Lecture 9: . Sequential Networks: Implementation. CK Cheng. Dept. of Computer Science and Engineering. University of California, San Diego. 1. Implementation. Format and Tool. Mealy & Moore Machines, Excitation Table. Kristof . Blutman. † , . Hamed. . Fatemi. † , Andrew B. Kahng‡, . Ajay Kapoor. † , Jiajia Li‡ and Jose Pineda de . Gyvez. † . ‡. UC San Diego, . †. NXP Semiconductors. Outline. Background and Motivation. Based on “Improved genetic algorithm for the design of stiffened composite panels,” by . Nagendra. , . Jestin. , Gurdal, . Haftka. , and Watson, . Computers and Structures, . pp. 543-555, 1996.. Standard genetic algorithm did not work well enough even with simplified structural model (finite strip).. Amirali Shayan, Xiang Hu. Chung-Kuan Cheng. University of California San Diego. Wenjian Yu. Tsinghua University. Christopher Pan. Huawei . Introduction and Motivation. LDO based PDN Design under Worst Loading. Announcements. Homework 8 due today. Exam 3 on Tuesday, 11/25.. Topics for exam are up on the course webpage.. Agenda. Last time:. Master-Slave Flip-Flops (6.4). Edge-Triggered Flip-Flops (6.5). Characteristic Equations (6.6. Chapter 22. 22-. 1. Learning Objectives. Discuss the conceptual systems design process and the activities in this phase.. Discuss the physical systems design process and the activities in this phase.. During panel assembly, we face an issue of keeping the bottom straws in place while dragging the top straws over. Weight of end piece pushes the bottom straws to the sides and the top straw that we are . Lecture 1. 1. Chapter 7 Design and implementation. Topics covered. Object-oriented design using the UML. Design patterns. Implementation issues. Open source development. . 2. Chapter 7 Design and implementation.

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