'Elay' presentation slideshows

IP QOS Mechanisms

IP QOS Mechanisms. Prepared by ??????? ????????? Last update: 12-05-2003. QoS Metrics QoS Introduction QoS Architecture RSVP Protocol IntServ, Integrated Services Model DiffServ, Differentiated Services Model. QoS Metrics. What means Quality of Service ?.

790 views • 59 slides

Polynomial-Time Algorithms for Designing Dual-Voltage Energy Efficient Circuits

681 views • 50 slides

Ultra Low Power CMOS Design

Doctoral Defense. Ultra Low Power CMOS Design. Kyungseok Kim ECE Dept. Auburn University Dissertation Committee: Chair: Prof. Vishwani D. Agrawal Prof. Victor P. Nelson, Prof. Fa Foster Dai Outside reader: Prof. Allen Landers April 6, 2011. Outline. Motivation Problem Statement

460 views • 43 slides

Sequential circuit design with metastability

Sequential circuit design with metastability. Lecture 11 October 3, 2017 Preliminary version. Sequential Logic. Combinational logic output depends on current inputs. clk. clk. Sequential logic output depends on current and previous inputs

720 views • 35 slides

Computer Networks Performance Metrics

Advanced Computer Networks Fall 2014. Computer Networks Performance Metrics. Performance Metrics Outline. Warning: Terminologies can differ!! Introduction to Queueing Model Generic Performance Metrics Components of Hop and End-to-End P acket Delay Traceroute Tool

591 views • 32 slides

DARP: Distance-Aware Relay Placement in WiMAX Mesh Networks

481 views • 30 slides

Computer Networks Performance Metrics

Computer Networks Term B10. Computer Networks Performance Metrics. Performance Metrics Outline. Introduce Queueing Model Generic Performance Metrics Components of Hop and End-to-End P acket Delay Traceroute Tool Other Performance Measures Packet Loss Rate. Computer Networks. T. X.

480 views • 29 slides

? -Optimal Minimum-Delay/Area Zero-Skew Clock Tree Wire-Sizing in Pseudo-Polynomial Time

? -Optimal Minimum-Delay/Area Zero-Skew Clock Tree Wire-Sizing in Pseudo-Polynomial Time. Jeng-Liang Tsai Tsung-Hao Chen Charlie Chung-Ping Chen (National Taiwan University). University of Wisconsin-Madison http://vlsi.ece.wisc.edu. Outline. Background Motivation and contribution

343 views • 22 slides

? -Optimal Minimum-Delay/Area Zero-Skew Clock Tree Wire-Sizing in Pseudo-Polynomial Time

? -Optimal Minimum-Delay/Area Zero-Skew Clock Tree Wire-Sizing in Pseudo-Polynomial Time. Jeng-Liang Tsai Tsung-Hao Chen Charlie Chung-Ping Chen (National Taiwan University). University of Wisconsin-Madison http://vlsi.ece.wisc.edu. Outline. Background Motivation and contribution

237 views • 22 slides

DVBMN - l : D elay V ariation B ounded M ulticast N etwork with mu l tiple paths

DVBMN - l : D elay V ariation B ounded M ulticast N etwork with mu l tiple paths. Abhishek Bhattacharya & Zhenyu Yang. Roadmap. Introduction Motivation Proposed Heuristic Simulation Results Conclusion. Introduction.

268 views • 14 slides

Automotive Relay Market

The Automotive Relay Market is estimated to be USD 12.39 Billion in 2017 and is projected to grow at a CAGR of 6.20% during the forecast period. The base year considered for the study is 2016 and the forecast period is 2017 to 2022. Factors such as increasing trend of vehicle electrification, stringent emission norms, and fuel efficiency standards are driving the automotive relay market across the globe. Also, increasing demand for premium and mid-priced passenger cars has increased the comfort and luxury applications in the car, which has, in turn, boosted the global market.

110 views • 9 slides

SoC Interconnect Modeling Venkata Krishna N. Dhulipala 11/20/2008

SoC Interconnect Modeling Venkata Krishna N. Dhulipala 11/20/2008. Relevance and Motivation. Most embedded systems today are built using SoC (System on Chip) technology As technology advances delay of transistors and local interconnects scales down augmenting clock rates

186 views • 7 slides

SoC Interconnect Modeling Venkata Krishna N. Dhulipala 11/20/2008

SoC Interconnect Modeling Venkata Krishna N. Dhulipala 11/20/2008. Relevance and Motivation. Most embedded systems today are built using SoC (System on Chip) technology As technology advances delay of transistors and local interconnects scales down augmenting clock rates

84 views • 7 slides