Fundamentals of Computer Architecture & Organization

A comprehensive 10-part engineering curriculum covering interconnection structures, system buses, ALU carry-lookahead adders, IEEE 754 floating-point, single-cycle and multi-cycle datapaths, 5-stage RISC instruction pipelining, hazards and branch prediction, cache hierarchies and MESI coherence, virtual memory and TLBs, RISC vs CISC and open RISC-V, vector SIMD, and multicore NUMA architectures.