network profile
| bio | website | |
|---|---|---|
| location | ||
| age | ||
| visits | member for | 1 year, 2 months |
| seen | Feb 11 at 8:37 | |
| stats | profile views | 7 |
Curiosity spawns fantastic creativity
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May 15 |
awarded | Popular Question |
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Nov 27 |
accepted | Running the linux kernel and ubuntu on a custom processor |
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Nov 26 |
comment |
Running the linux kernel and ubuntu on a custom processor Yes, it does have an MMU. |
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Nov 24 |
comment |
Running the linux kernel and ubuntu on a custom processor Cheers for the link, @Brian%Drummond |
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Nov 24 |
comment |
Running the linux kernel and ubuntu on a custom processor Electronics is a remarkably broad term for quite a range of fields including computer architecture, computation, machine learning, digital engineering, human computer interaction, and so on. It isn't wrong thinking to post a question related to the straddling of a _custom processor_(the design of which belongs to the field of electronics) with software(note this requires knowledge of both the hardware design and software) and seeking an explanation of the layers between them. If you regard the question itself as broad, kindly request clarification from me, or perhaps provide a general answer. |
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Nov 24 |
asked | Running the linux kernel and ubuntu on a custom processor |
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Nov 11 |
comment |
Cache write/read times? The question is much simpler. Basically, given a processor core and an L1 cache only, how much faster is it to write data from a register to the cache than to read from the cache to a register? |
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Nov 11 |
comment |
Cache write/read times? Well yes, it does require some more information. But that is exactly why I need to make certain realistic assumptions. In trying to solve a problem in Hennessy and Patterson's book, Computer Architecture: A Quantitative Approach, I realised it provided very little background info and in trying to solve it differently I need to make and justify assumptions I make. |
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Nov 10 |
asked | Cache write/read times? |
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May 20 |
asked | VHDL debouncer circuit |
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Apr 8 |
awarded | Supporter |
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Apr 8 |
comment |
Communications engineering, call arrival rate, poisson Just had a look at binomial distributions. Cheers for this explanation. |
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Apr 8 |
awarded | Scholar |
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Apr 8 |
accepted | Communications engineering, call arrival rate, poisson |
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Apr 8 |
comment |
Communications engineering, call arrival rate, poisson ahh great, cheers Kortuk! Posted this on maths.stackexchange too but I hoped that by posting it here I will perhaps get more engineering oriented perspectives. |
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Apr 7 |
awarded | Editor |
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Apr 7 |
revised |
Communications engineering, call arrival rate, poisson deleted 36 characters in body; edited tags |
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Apr 7 |
awarded | Student |
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Apr 7 |
asked | Communications engineering, call arrival rate, poisson |
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Mar 9 |
awarded | Teacher |
