Why is there only one CPU on a motherboard? Computer Science |
- Why is there only one CPU on a motherboard?
- What are some situations you might not elect to use the merge sort?
- How to find time complexity of Selection Sort?
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- Infix to Prefix Conversion
- Which of RISC or CISC be more indicative of the semantic gap problem?
- Is there any application or any example where a single-threaded server would be more suitable than multi?
Why is there only one CPU on a motherboard? Posted: 19 Nov 2018 03:34 PM PST I posted this in the Superthread, but got no resoonse and really wanted to quench my thirst for an answer on this: So I am a linguist, and I lean towards computational linguistics and conversational AI as my interests. Through just casual discussion with some peers and bored thoughts, I was wondering why computers don't have dedicated processors for things like NLP/NLU versus computer processes? So in terms of cognitive science, why doesn't a company incorporate another CPU on a motherboard strictly for the sake of artifical intellegence, similar to regions in the brain? This thread has been so interesting, and I just wanted to thank everyone for the really nice and thorough responses. This is extremely gratifying. [link] [comments] |
What are some situations you might not elect to use the merge sort? Posted: 19 Nov 2018 05:53 PM PST Might be a dumb question, just came to my mind on the bus ride back home [link] [comments] |
How to find time complexity of Selection Sort? Posted: 19 Nov 2018 11:04 AM PST I'm having a hard time analyzing the time complexity of Selection Sort. I'm supposed to analyze the pseudocode line by line and I'm using the book 'Introduction to Algorithms' as my textbook. As you can see, my best case is wrong as selection sort has the time complexity as O(n2 ) for best and worst cases as it iterates till the minimum value is found. Here is what I did, my reasoning is in accordance with the insertion sort analysis right to it. Here is the math. Pseudocode:
6, 7, 8 being the body of the outer For loop, will run one less than the loop itself. Best case: If the selection sort, even if the array is sorted, iterates for n number of times. You only know which element is the minimum after it iterates till the end of the non-sorted part. Even if the array is sorted, you have to iterate till the end. Then you know for sure if you found the minimum to put it on the right place (at the end of the already sorted part). So will there be any difference between the best and worst case calculation? Thanks. [link] [comments] |
Discord server / forum about Prgramming, weekly coding events, ethical hacking and more! Posted: 20 Nov 2018 01:21 AM PST 🚫 !WARNING! Trolls and toxic people not allowed and not wanted.
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Latest stories published on SingularityNET Posted: 19 Nov 2018 11:00 PM PST |
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Which of RISC or CISC be more indicative of the semantic gap problem? Posted: 19 Nov 2018 01:04 PM PST I know they are both solutions to the problem to an extent but which of them contribute to the problem more rather than fixing it? [link] [comments] |
Posted: 19 Nov 2018 02:41 PM PST Please don't tell me multi-threaded is preferable, I know this. I just need to think of a situation (no matter how rare) where a single thread would do the job [link] [comments] |
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