Classes Fall 2009: ECE/CSC 506, ECE 492-013 Architecture of Parallel Computers Spring 2008: ECE 705 Memory Systems Fall 2008: ECE/CSC 506 Architecture of Parallel Computers Fall 2007: ECE 705 Memory Systems Fall 2006: ECE/CSC 506 Architecture of Parallel Computers Spring 2006: ECE/CSC 792S Architecture Support for Reliability and Security Fall 2005: ECE/CSC 506 Architecture of Parallel Computers Spring 2005: ECE 212 Fundamentals of Logic Design Fall 2004: ECE/CSC 506 Architecture of Parallel Computers Spring 2004: ECE 212 Fundamentals of Logic Design | The world of parallel computers is undergoing a
significant change. Parallel computers started as high end
supercomputing systems mainly used for scientific computation.
Recently, the trend toward a multicore design has enabled an
implementation of a parallel computer on a single chip. Parallel
computers are now ubiquitous, present in all mainstream architectures
for servers, desktops, and embedded systems. Single-chip parallel
computers now co-exist with larger parallel computer architectures for
servers and supercomputers. The purpose of this book is to bring
together concepts, technologies, and implementations of parallel
computer architectures in a package that is suitable for use as an
introductory graduate text. |