Parallel Programming.ppt

USTC CS AN Hong CS258 S99  Parallel Programming An Hong han@ Spring 2004 Department of Computer Science and Technology University of Science and Technology of China Course format Lectures: 60 periods 20% Instruction for parallel computing model, algorithm and system 50% parallel programming language 10% parallel compiler 10% parallel debugger 10% parallel performance optimizing Course Projects: 20 periods Goals Understand the issues driving the design of parallel software Be familiar with main programming paradigms used for parallel programming programming models, languages, libraries code to HW mapping: compilers, system, architecture Be well placed to start research in this area Prerequisites Topics I expect familiarity with (partial list) Parallel Architecture Parallel Algorithm Grading: everyone’s favorite subject Final exam:50% Course Project:50% 20% Project presentation 30% 4 people per project each person documents her/his contribution Readings Textbooks Guoliang Chen et. al Hot Readings Ian Foster Designing and Building Parallel Programs:Concepts and Tools for Parallel Software Engineering Barry Wilkinson, Michael Allen Parallel Programming:Techniques and Applications Using Networked Workstation and Parallel Computers David E. Culler, Jaswinder Pal Singh, Anoop Gupta Parallel Computer Architecture: A Hardware/Software Approach(2nd Edition) Kai Hwang, Zhiwei Xu Scalable Parallel Computing:Technology, Architecture, Programming Computing Resources ~36 PCs NOW with a fast network at 418 Dawning 2000-II at NHPCC at Hefei Syllabus Lecture 1 并行计算机系统与结构模型（郑） 2.11 Lecture 2 并行程序设计简介（郑） 2.18 Lecture 4 消息传递程序语言设计（安） 2.25 Lecture 5 MPI简介（安） 3.3 Lecture 3 PC机群的搭建及实验指导（实验课助教） 3.10 Lecture 6 共享存储程序语言设计（安） 3.17 Lecture 7 OpenMP简介（安） 3.24 Lecture 8 数据并行程序设计语言: HPF（安） 3.31 Lecture 9 并行编译技术（郑） 4.7 Lecture 10 并行调试技术（郑） 4.14 Lecture 11 并行程序的性能优化技术（郑） 4.21 Lecture 12 ~16 课程项目报告 4.28/5.2/5.12/5.19 考试 5.26 Contact Information In