书籍介绍
这本书最打动人的地方，是它把'设计一个处理器'这件事讲得既扎实又亲切。作者从最基础的逻辑门出发，一步步搭到组合与时序电路，再让读者亲手构建出一台真实的MIPS处理器——不是隔空讲理论，而是真正'造出来'。读者反馈里反复出现的'bottom up''从设计讲起演变过程'，正说明它贵在把知识长在你自己身上：每步都建立在前一步的积木之上，理解随之自然生长。它适合想要系统打通数字电路与体系结构的人，也适合愿意沉下心、从逻辑门一路走到流水线实现的动手者。若你追求的是快速查阅或应试速成，它或许显得冗长；但若你想真正理解'处理器究竟如何工作'，这本书会给你一份扎实的底气。
AI导读
核心看点
- 自底向上构建MIPS处理器
- 融合SystemVerilog与VHDL
- 从逻辑门到完整CPU设计
读者共识
- 内容全面且逻辑清晰
- 比国内教材更易懂
- 理论与实践结合极佳
精彩摘录
- "You now have the tools to design and build these new systems that will shape our future. With your newfound power comes profound responsibility. We hope that you will use it, not just for fun and riches, but also for the benefit of humanity."
- "a D flip-flop copies D to Q on the rising edge of the clock, and remembers its state at all other times. Asynchronous design in theory is more general than synchronous design, because the timing of the system is not limited by clocked registers. Just as analog circuits are more general than digital "
- "Designing complex FSMs is often easier if they can be broken down into multiple interacting simpler state machines such that the output of some machines is the input of others. This application of hierarchy and modularity is called factoring of state machines."
用户评论
主要是数字电路内容，比国内本科的教材好一些。
还怀念以前画内存线路示意图的时代
A bottom up approach.极好
从十月份开始每天上班前会读个半小时左右，到今天算是翻完了。一些章节很细节就略过没看了。内容很充实，讲设计时也都会从历史的设计说起，去讲演变过程。值得一读。
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科学的思维方式 对复杂系统的掌握
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