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Can you recommend some non-Von Neumann architectures worth learning about? Maybe you agree with these suggestions I found by Googling, or maybe you have other
by dsjoerg 9y ago
Can you recommend some non-Von Neumann architectures worth learning about? Maybe you agree with these suggestions I found by Googling, or maybe you have other ideas: https://stackoverflow.com/questions/1806490/what-are-some-examples-of-non-von-neumann-architectures https://stackoverflow.com/questions/1806490/what-are-some-ex...
- mettamage 9y agoI second this, I want to know some recommendations too. Are there university courses out there that teach non-Von Neumann architectures? And what are the application areas? I could Google myself but my experience with HN is that if someone knows a good course, then it is a good course. While with Google, not so much.
- carapace 9y agoThe Mill architecture: > the mill uses a novel temporal register addressing scheme, the belt, which has been proposed by Ivan Godard to greatly reduce the complexity of processor hardware, specifically the number of internal registers. It aids understanding to view the belt as a moving conveyor belt where the oldest values drop off the belt and vanish. https://en.wikipedia.org/wiki/Mill_CPU_Architecture https://en.wikipedia.org/wiki/Mill_CPU_Architecture
- 0xcde4c3db 9y agoThe biggest concrete types of Harvard architecture devices I know of are some older small microcontroller architectures (e.g. the PIC10 and PIC12 families) and purpose-built DSPs (e.g. Analog Devices SHARC and TI C6X families). I'm pretty sure that some GPU shaders are also Harvard architecture, but I've heard that mainstream vendors have moved to a von Neumann model.