Students are guided through designing a working processor, starting from software specifications to complex pipelining optimizations.
Modern processors do not just execute one instruction at a time. The book provides a detailed look into out-of-order (OoO) execution engines. Key topics include:
Detailed explanations of Tomasulo’s Algorithm, branch prediction, and speculation. Memory Hierarchy Design advanced computer architecture smruti r sarangi pdf top
Analyzes the diminishing returns of trying to find more Instruction-Level Parallelism in single cores. Key Concepts Covered in the Curriculum 1. Advanced Pipelining and Superscalar Design
Memory layout dictates overall system performance. The resource deep-dives into non-blocking caches, victim caches, and advanced cache allocation techniques. It also introduces Virtual Memory management and Translation Lookaside Buffer (TLB) hierarchies optimized for massive datasets. 4. Hardware-Software Co-Design Students are guided through designing a working processor,
Designing the routing and topology (like mesh or torus) that connects cores on a single chip. 3. Memory Hierarchy and Advanced Caching
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If you are studying this subject for a course or research, you may also find these classic texts referenced alongside Sarangi's book:
As single-core scaling reached its physical limits, the industry shifted to multicore designs. The text provides deep mathematical and structural insights into:
Microarchitecture improvements extract parallelism and hide latencies:
Prof. Sarangi’s personal research page often features open-access preprints, research papers on computer architecture, and syllabi links that outline his teaching methodologies. Purchasing the Complete E-Book