Optimal Size of Reorder Buffer to Implement ILP in Superscalar - Mathur, Nitin
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Instruction-level parallelism is the key factor to improve CPU performance. ILP can be achieved in superscalar processor at micro-architecture level with the help of various components like reservation station, reorder buffer, branch predication etc. This book is effort to find a best possible size of reorder buffer to achieve significant level of ILP. This book elaborates the process to find optimal size of reorder buffer using PSATsim simulator. In this book, Mr. Mathur had elaborated effect of various reservation station structure and various benchmarks types on reorder buffer. Based on the…mehr

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Produktbeschreibung
Instruction-level parallelism is the key factor to improve CPU performance. ILP can be achieved in superscalar processor at micro-architecture level with the help of various components like reservation station, reorder buffer, branch predication etc. This book is effort to find a best possible size of reorder buffer to achieve significant level of ILP. This book elaborates the process to find optimal size of reorder buffer using PSATsim simulator. In this book, Mr. Mathur had elaborated effect of various reservation station structure and various benchmarks types on reorder buffer. Based on the data analysis of these metrics, Mr. Mathur tries to finally evaluate the most favorable size of reorder buffer.
Autorenporträt
Mr. Nitin Mathur is vibrant professional with multi-ethnic skill sets and have many years of experience of academics and research. He has guided many projects, seminars and dissertations in his professional career. He did his M.E. from M.B.M. Engineering College, Jodhpur in Computer Science and Engineering and Graduation from IE(India), Kolkata.