Here is a unique presentation of parallel processing systems and the programming models that are necessary to accomplish this task. The book is divided into two parts--Part One covers the categories of parallel programming models, including sequential, array, pipeline and shared memory processing, message passing, and functional, logic, and object-oriented programming; Part Two examines transformation techniques. A final chapter summarizes the previous discussions and explores the future potential of parallel processing.
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Here is a unique presentation of parallel processing systems and the programming models that are necessary to accomplish this task. The book is divided into two parts--Part One covers the categories of parallel programming models, including sequential, array, pipeline and shared memory processing, message passing, and functional, logic, and object-oriented programming; Part Two examines transformation techniques. A final chapter summarizes the previous discussions and explores the future potential of parallel processing.
Read Less
