Course categories Algorithms and Complexity (AC)     Parallel Algorithms (Univ. of Cambridge)   Parallel and Distributed Computing (East China University of Science and Technology )   The Knight's Tour: A Concurrent Solution (Intel)   Compilers Principles (China National University of Defense Technology)   Parallel Algorithms (Carnegie Mellon University)   Parallelizing Bzip2: A Case Study in Multicore SE (U. of Karlsruhe)   Numeric Computing Methods and Software Implementation (China Dalian Polytechnic University )   Multicore Computers and Computer Clusters (U. of Karlsruhe)   Lecture on Parallel Programming (Techniche Universität München)   Integrated Architecture and Tools (Intel) Architecture and Organization (AR)     Computer Systems Basics ( China Fudan University)   On-chip Interconnection Networks (Univ. of Cambridge)   Transactional Memory (Multiple Authors)   Chip Multiprocessors I & II (Univ. of Cambridge )   Advanced Computer System Architecture (China Tsinghua University )   High Performance Processor Architecture (University of Science and Technology of China)   Chip Multiprocessors I & II (Univ. of Cambridge)   Trends in Microprocessor Architecture (University of Cambridge)   Multi-processor architecture and programming (IIT, Kanpur)   Computer Architecture (U. of Mich.)   Introduction to Computer Organization (U. of Mich.)   Parallel Computer Arch & Programming (Carnegie Mellon) Computer and Information Science Education Curriculum     CERCS Multi-Core Repository (Georgia Tech)   Parallelizing compilers– a course lecture review of MIT’s 6.189 Multi-core Programming Primer (MIT)   “Parallelism in Curricula: An International Survey” (SEPARS) Discrete Structures (DS)   Graphics and Visual Computing (GV)     Multicore and GPU Programming for Video Games (Georgia Tech)   Threading Games for Performance Workshop Using Destroy the Castle Demo (Intel)   Parallel Architecture for Games Using the Smoke Demo (Intel)   Threading a 3-D Game: Analysis & Methodology Using Destroy the Castle (Intel) Net-Centric Computing (NC)     Intel Atom Platform Software and Hardware Specifications (Intel-China Zhejiang Univ.)   Open Source Software and Moblin for Embedded Platform (Intel-China Zhejiang Univ.)   Intel® Software Development Tools for Intel® Atom™ Processor and Moblin Powered Devices (Intel-China Zhejiang Univ.)   Lab: Linux Redhat Embedded OS Kernel for Intel Atom Platform (Intel-China Zhejiang Univ.)   Lab: Intel Atom Platform System Configuration (Intel-China Zhejiang Univ.)   Intel Atom Platform Embedded Solution (Intel-China Zhejiang Univ.)   Wireless Networks and Mobile Systems (Va. Polytechnic Institute)   Wireless Systems Instructional Design (Rutgers University) Operating Systems (OS)     Analysis and Practices of Linux OS (China Beijing University )   Operating Systems IV (China Beijing University of Technology) Programming Fundamentals (PF)     Introduction to Parallel Computing (US Lawrence Livermore National Laboratory)   Nebenläufige Programmierung/Parallel Programming (Saarland Univ.)   The Art of Multiprocessor Programming: Companion Slides (CS 176 Brown Univ.)   Think Parallel – Best Practices and Current Trends (Intel)   Introduction to Parallel Computing (Univ. of Cambridge)   Using Pthreads in Fortran (Univ. of Pune, India)   Parallel Programming Primer (California Polytechnic State University: CPE 458)   POSIX Threads Tutorial (Univ of Arizona Math Dept.)   A Visual Guide to Key Concepts in Threaded Programming – Common Problems and How to Solve Them (Intel)   Introduction to Parallel Architectures (MIT)   Design Patterns for Parallel Programming (MIT)   Introduction to Parallel Architectures (MIT)   Parallel Programming Concepts (MIT)   Case Study: Multi-core Processing using OpenMP on Wind Turbine Model Analysis (Oregon Inst. of Tech.)   Multi-core Software Design (South China University of Technology)   Brooklyn Technical High School Multi-core Bootcamp   Short Course on Parallel Programming (UC Berkley ParLab Boot Camp 2009)   Multi-core Programming- (Oregon Institute of Technology)   Multi-core Programming for Academia (Intel -Spanish Version)   Introduction to Multi-core Programming (Universidad de Costa Rica)   Workshop on Multicore Programming (IIT, Kanpur)   Introduction to Parallel Programming for Shared Memory Parallelism (Intel)   Programming tools for multiprocessor and multicore computing systems (Intel Textbook)   Concurrent Object-Oriented Programming. (Textbook)   Principles of Concurrent and Distributed Programming (Textbook)   Brief Introduction to Software Transactional Memory (Intel)   Shared-Memory Parallelism Using OpenMP -Lab (Calvin College)   Program Optimization for Multi-core Architectures (Indian Institute of Science, Bangalore)   Programming for Multicore Processors w/ Win Threads & OpenMP (Cairo University)   Introduction to Parallel Programming: Threading Strategies (Intel)   Parallel Programming with OpenMP 3.0 (Intel) Programming Languages (PL)     Java Parallel Programming (Universität Paderborn)   Introduction to C++ (MIT)   Parallel Programming in Java -From Thread to Cloud (Intel) Software Engineering (SE)     Multi-Core Software Development (China Beijing University)   Parallel Computing and Multi-Core Programming (China Zhejiang University)   Intel®'s Threading Building Blocks - a Shared Memory Parallel Programming Library (Intel)   Student Showcase - Lattice Boltzmann Fluid Simulation (Otto-von-Guericke-Universitat)   Real-Time System Design and Analysis (China Xiamen Univ.)   Parallel Design Patterns Research from the University of California, Berkeley   Parallel Programming with Intel Parallel Studio Workshop (Intel)   Intel Cluster Tool and MPI Training (Intel)   SuperComputing (SC-edu) Education Moodle   Examples of Concurrent Solution Design (Intel)   Parallel Design Patterns   Parallelism Tools : Checking for Thread Performance with the Intel® Thread Profiler   Parallelism Tools: Checking for Thread Correctness with the Intel® Thread Checker   Performance Library: Intel® Math Kernel Library (MKL)   Threading for Performance with Intel® Threading Building Blocks (Intel)   Performance Library: Using Intel® Integrated Performance Primitives for Threading Applications   Threaded Programming Methodology   Threading Building Blocks and Libraries: Intel TBB Search courses:

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