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Hardware Support for Efficient Transactional Memory Systems: Hardware Techniques for HighPerformance Transactional Memory in Ma,Used
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The rise of multicores has brought the problem of effective concurrent programming to the forefront of computing research, presenting both immense opportunities and enormous challenges. Traditional multithreaded programming models use lowlevel primitives such as locks to guarantee mutual exclusion and protect shared data. The tradeoff between programming ease and performance imposed by locks remains one of the key challenges to programmers and computer architects of the multicore era. Transactional Memory (TM) is a conceptually simpler programming model that can help boost developer productivity by eliminating the complex task of reasoning about the intricacies of safe finegrained locking. Fast implementations of transactional programming constructs are necessary for TM to gain widespread usage. This book focuses on the hardware mechanisms that provide optimistic concurrency control with stringent guarantees of atomicity and isolation, with the intent of achieving highperformance across a variety of workloads, at a reasonable cost in terms of design complexity.
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