Computer Architecture: Pipelined and Parallel Processor Design
Computer Architecture: Pipeline and Parallel Processor Design was designed for a graduate level course on computer architecture and organization. The book's content, especially the last half of the book, represents the most advanced material that a typical graduate student studies before directly encountering the design process. The text avoids extensive compendiums of current features of various processors or technologies, just as it stresses concepts that underlie these processor designs. it abstracts the essential elements of processor design and emphasizes a design methodology including: design concepts, design target data, and evaluation tools, especially those using basic probability theory and simple queuing theory.
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Architecture and Machines
Time Area and Instruction Sets
How Programs Behave
12 other sections not shown
allocation assume bandwidth baseline basic bits block branch branch prediction buffer bypass bytes cache line cache miss CBWA chapter chip clock code density complete compute concurrent condition code conditional branch cost cycle cycles per instruction data cache decode delay dependency DF DF Dirty disk distribution DTMR dynamic effect environment example fetch Figure floating-point functional units I-cache implementation in-line instruction execution instruction set integer interleaved interlock invalidate L/S architecture machine memory modules memory system microprocessor MIPS miss rate multiple multiprocessor node operand out-of-order execution overall overhead path penalty pipelined processor prefetch processor design protocols queue queueing model references register set request rate reservation station result RISC run-on segment sequence server shared simple speedup storage superscalar synchronization Table target tion traffic update vector processor write
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