'Minimum slack' diaporamas de présentation

Risk Severity Matrix

1.37k views • 43 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

847 views • 43 slides

Chapter 2 : Model of scheduling problem

Chapter 2 : Model of scheduling problem. Components of any model: Decision variables What we can change to optimize the system, i.e., model output Parameters model input values, i.e., values that cannot be changed Objective function e.g. profit, quality to be maximized

481 views • 23 slides

Network Flows

Tucker, Applied Combinatorics, Section 4.2a, Group G. Network Flows. Michael Duquette & Whitney Sherman. In this section we will be focusing on analyzing network flows in order to maximize a flow from a starting vertex to an ending vertex. Real World Applications:

216 views • 21 slides

IOE/MFG 543

IOE/MFG 543. Chapter 14: General purpose procedures for scheduling in practice Sections 14.1-14.3: Dispatching rules and filtered beam search. Motivation . So far we have (mostly) discussed algorithms for obtaining an optimal solution for a specific problem

306 views • 20 slides

Wire Swizzling to Reduce Delay Uncertainty Due to Capacitive Coupling

Wire Swizzling to Reduce Delay Uncertainty Due to Capacitive Coupling. Puneet Gupta Andrew B. Kahng Univ. of California, San Diego . Work partially supported by MARCO GSRC . Outline. Motivation Crosstalk Avoidance: Previous Methods Crosstalk Analysis: Switch Factors

331 views • 19 slides