PPT-Floorplan and Placement Methodology for Improved Energy Reduction in Stacked Power-Domain

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. reduction for Soft IPs. Ritesh Agarwal (. Freescale. ™) . Amit Goldie (Atrenta). Freescale. Semiconductor Confidential and Proprietary Information. . Freescale. ™ and the . Freescale. logo are trademarks  . for Power Gating Designs. Speaker: . Zong. -Wei . Syu. Dep. of EE, National Cheng Kung University. Date: . 2014/04/01. Introduction. Preliminaries . Problem Formulation. Partition Based Placement Algorithm. support in the domain of well definedvariables and specifications in which allvalues used during design must be knownwith certainty. This restriction to certaintyutility of these systems to thelater Circuits. Dejan. . Marković. Borivoje. . Nikoli. ć. Chapter Outline. Optimization framework for energy-delay trade-off. Dynamic power optimization . Multiple supply voltages. Transistor sizing. Technology mapping. Architectures, Algorithms and Systems. Chapter Outline. The architecture/system trade-off space. Concurrency improves energy-efficiency. Exploring alternative topologies. Removing inefficiency. The cost of flexibility . Yanqing. Zhang, . Yousef. . Shaksheer. CPF Tutorial. First, you will need to create a .. cpf. file. Here we will use “synth.cpf” as an example, which is a script for power-gating in the synthesis flow.. 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. Silicon Photonic . NoCs. in Many-core Systems. Ayse. K. Coskun. 3. , . Anjun. Gu. 1. , Warren Jin. 4. , Ajay Joshi. 3. , Andrew B. Kahng. 1,2. , . Jonathan Klamkin. 4. , . Yenai. Ma. 3. , John Recchio. 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. Thomas Radziewicz. Ryan Wilson. Mike . Itenburg. Overview. Purpose of project. Applications. Functional Process. Component Selection. USB 2.0 Standard. Alternative Designs. Final Design. Output. Purpose of Project. Silicon Photonic . NoCs. in Many-core Systems. Ayse. K. Coskun. 3. , . Anjun. Gu. 1. , Warren Jin. 4. , Ajay Joshi. 3. , Andrew B. Kahng. 1,2. , . Jonathan Klamkin. 4. , . Yenai. Ma. 3. , John Recchio. A Process of Incremental Improvements. Rock Morille, P.E., M.B.A.. Vice President - Facilities . Baylor College of Medicine . Houston, Texas. Steam. Install Efficient Boilers to Reduce Natural Gas Usage. for Large Scale Wind Turbines. Helena Khazdozian. Wind Energy Science, Engineering and Policy. Co-Major: Electrical Engineering. Advisor: Dr. David Jiles. Motivation. 20% wind energy electricity generation by 2030 proposed by Department of . About Powerstar. Help manufactures to . minimise downtime, reduce costs and improve sustainability. SMART POWER MANAGEMENT. Battery Energy Storage Systems (BESS). with . Uninterruptible Power Supply (UPS) capabilities.