PPT-Optimizing Power @ Design Time

Architectures Algorithms and Systems Chapter Outline The architecturesystem tradeoff space Concurrency improves energyefficiency Exploring alternative topologies Removing inefficiency The cost of flexibility . Interconnect and Clocks. Chapter Outline. Trends and bounds. An OSI approach to interconnect optimization. Physical layer. Data link and MAC. Network. Application. Clock distribution. ITRS Projections. pzv0006@auburn.edu. . Vishwani D. . AgrawaL. vagrawal@eng.auburn.edu. Auburn University, Dept. of ECE. Auburn, AL 36849, USA. 26. th. International Conference on VLSI Design . Pune, India, January 7, 2013. Group:. Leo . Dormann. Mike Murphy. James Ray. Andrew . Hyduchak. Andrew . Kleinman. Overview. Statistics & Data. Problem. Safety & Maintenance. Improved Design. Solution. Integration. Functional Operation. Doug Evans & Michelle McCarthy. VP of Sales & Strategic Sales Manager. Class Summary. The natural conflict between design models and manufacturing models has become more exposed with the adoption of BIM. The difference in the purpose behind each model – design vs. manufacturing – can create limitations in how they can be utilized. . Circuits and Systems. Chapter Outline. Why Sleep Mode Management?. Dynamic power in standby. Clock gating. Static power in standby. Transistor sizing. Power gating. Body biasing. Supply voltage ramping. 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. Memory. Role of Memory in ICs. Memory is very important. Focus in this chapter is embedded memory . Percentage of area going to memory is increasing. [Ref: V. De, Intel 2006]. Processor Area Becoming Memory Dominated. Biostatistics, AZ. MV, CTH. May 2011. Lecture 6. Power and Sample Size in Linear Mixed Effects Models. 1. . Date. Date. Name, department. 2. . Outline of lecture 6. Generalities. Power and sample size under linear mixed model assumption. Circuits and Systems. Chapter Outline. Why Sleep Mode Management?. Dynamic power in standby. Clock gating. Static power in standby. Transistor sizing. Power gating. Body biasing. Supply voltage ramping. M. ethodology for Data . W. arehouses. . Amine ROUKH. 1. , Ladjel BELLATRECHE. 2. , . Ahcène. BOUKORCA. 2. , Selma BOUARAR. 2. 1. University of Mostaganem, . Algeria. 2. LIAS/ISAE-ENSMA, Futuroscope, France. SECTIONS 1-7. By. Astha Chawla. Introduction. C and A are intertwined. P = V. 2 . . X f x C. effective.. ILP Frequency increase => Power problem!!. Factors affecting A:. Complexity of the processor. Technische Universität Berlin. Fachgebiet Mikrowellentechnik. Daniel Gruner, Ahmed Sayed, Ahmed Al Tanany, Khaled Bathich, . Henrique Portela, Amin Hamidian, Georg Boeck . 2. Outline. Introduction. PA Overview. A Multi-Objective Design Approach. Chapter 11: AC Conductor Losses. S.D. Sudhoff, . Power Magnetic Devices: A Multi-Objective Design Approach. 11.1 Skin Effect in Strip Conductors. Strip Conductor. 2. :. ARM® Edition. Sarah L. Harris and David Money Harris. Digital System Design . :: Topics. Introduction. Component Selection. Bill of Materials (BoM). Circuit Implementation. Breadboarding. Printed Circuit Board (PCB).