PPT-Code Optimization

Data Flow Analysis Data Flow Analysis DFA General framework Can be used for various optimization goals Some terms Basic block A sequence of statements without branch Point Before or after each statement. Buffalo Bill’s Ranch, North Platte, Nebraska. Greg Kelly, Hanford High School, Richland, Washington. Photo by Vickie Kelly, 1999. Optimization. Applying Calculus and its methods for finding minimums and maximums in real life situations such as. Lauren Feinstein . lpf24@cornell.edu. Vladimir . Kovalevsky vk285@cornell.edu. Nicolas . Begasse. . nb442@cornell.edu. Presentation Overview. Optimization Overview. Disc Brake Analysis. Response Surface Optimization. (pages from . Bendsoe. and Sigmund and Section . 6.5). Looks for the connectivity of the structure. How many holes.. Optimum design of bar in tension, loaded on right side. Structural Optimization categories. CSE 8330. Instructor: . Dr.Margaret. H. Dunham. Presenter: . Akshaya. . Aradhya. Introduction. Query optimization in XML databases. Query optimization in Parallel databases. Comparison. Conclusion and Future work. . Kwangsoo. Han, Andrew B. Kahng, . Jongpil. Lee, . Jiajia Li. and Siddhartha Nath. VLSI CAD LABORATORY, . UC. San Diego. Outline. Motivation. Related Work. Our Optimization Framework. Experimental Setup and Results. Optimization methods help us find solutions to problems where we seek to find the best of something.. This lecture is about how we formulate the problem mathematically.. In this lecture we make the assumption that we have choices and that we can attach numerical values to the ‘goodness’ of each alternative.. Collin . Bezrouk. 2-24-2015. Discussion Reference. Some of this material comes from . Spacecraft Trajectory Optimization. (Ch. 7) by Bruce Conway.. Optimization Problem Setup. Optimization problems require the following:. 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. Prof. O. . Nierstrasz. Lecture notes by Marcus . Denker. © Marcus . Denker. Optimization. Roadmap. Introduction. Optimizations in the Back-end. The Optimizer. SSA Optimizations. Advanced Optimizations. Bavineni. . Pushpa. . Lekha. (916-25-5272). Lokesh Dasari (916-33-8052). Bhushan. . Bamane. (916-56-0463). Road Map. INTRODUCTION. MOBILE IP. ROUTE OPTIMIZATION. UPDATING BINDING CACHES. FOREIGN AGENT SMOOTH HANDOFFS. Computer Science & Engineering Department. The University of Connecticut. 371 Fairfield Way, Unit 2155. Storrs, CT 06269-3155. steve@engr.uconn.edu. http://www.engr.uconn.edu/~steve. (860) 486 - 4818. Computer Science & Engineering Department. The University of Connecticut. 371 Fairfield Way, Unit 2155. Storrs, CT 06269-3155. steve@engr.uconn.edu. http://www.engr.uconn.edu/~steve. (860) 486 - 4818. Prof. Gennady . Pekhimenko. University of Toronto. Winter 2018. The content of this lecture is adapted from the lectures of . Todd Mowry and Phillip Gibbons. CSC D70: . Compiler Optimization. Introduction, Logistics. Classification of algorithms. The DIRECT algorithm. Divided rectangles. Exploration and Exploitation as bi-objective optimization. Application to High Speed Civil Transport. Global optimization issues.