Stanford Professor Wins 'Nobel Prize' of Computer Science World | San Jose Inside Computer Science |
- Stanford Professor Wins 'Nobel Prize' of Computer Science World | San Jose Inside
- What is the difference between write serialisation and write atomicity in a parallel computer?
- Easy algorithm input classes
- profiles of nearly 5,000 computer science professors in a spreadsheet
- so i saw this article https://techieinspire.com/how-to-display-fake-cpu-configuration-on-system-properties/ it shows fake cpu configs i want to do the same with dns in settings i want it to show my router dns but actualy i wanna use 8.8.8.8
- Could someone answer some questions about supercomputers?
- CAMERA project supplies computer tools to analyze complex X-ray experiment results
- Best keyboard for CompSci
- Data structure problem with solution. Mostly asked question.
- Is there a way to make an AND operation with three RE?
| Stanford Professor Wins 'Nobel Prize' of Computer Science World | San Jose Inside Posted: 28 Apr 2021 12:36 PM PDT |
| What is the difference between write serialisation and write atomicity in a parallel computer? Posted: 29 Apr 2021 02:06 AM PDT They both seem to have a similar definition that every core should see the same ordering of writes but what is the exact difference? [link] [comments]  |
| Posted: 29 Apr 2021 01:51 AM PDT Write an algorithm, without using compound conditional expressions, that takes in three integers and determines if they are all distinct. On average, how many comparisons does your algorithm do? Remember to examine all input classes. Pseudo code: a,b,c What are the input classes for this? I thought they were a=b=c, a=b,a=c,b=c, a!=b!=c but prof said it's isn't. Any suggestions please [link] [comments]  |
| profiles of nearly 5,000 computer science professors in a spreadsheet Posted: 28 Apr 2021 09:29 AM PDT |
| Posted: 29 Apr 2021 12:58 AM PDT |
| Could someone answer some questions about supercomputers? Posted: 28 Apr 2021 03:06 PM PDT These questions aren't simply questions I could just google (also not something I feel like ELI5 would answer in depth. I'm not an expert so please don't roast me) so here goes: Do supercomputers have something like regular computers that just outputs to a monitor? Obviously there are many different sections and stuff with monitors for input on different sections that have different functions but is there one main monitor that gives the researchers their info (like how we have our monitors for our computers) ? What differentiates a supercomputer from just a shit ton of high dollar desktops connected to each other in one room? I've built a PC so I know basic parts for like a desktop and what a high functioning desktop could be, but what do supercomputers have that make them more advanced? I assume a part of their power is "quantity" due to the fact they take up rooms upon rooms, but also I can't help but think there has to be a "quality" difference too in that there's many components in them that are not in a regular desktop computer. Any other input on things about supercomputers would be appreciated too. I get a better grasp on things when talking to people than trying to Google really complicated stuff (and still maybe not even get them right). Also fun fact I live in the city where the 2nd most powerful supercomputer in the world is lol [link] [comments]  |
| CAMERA project supplies computer tools to analyze complex X-ray experiment results Posted: 28 Apr 2021 09:49 AM PDT |
| Posted: 28 Apr 2021 05:32 PM PDT |
| Data structure problem with solution. Mostly asked question. Posted: 28 Apr 2021 09:01 AM PDT |
| Is there a way to make an AND operation with three RE? Posted: 24 Apr 2021 10:30 AM PDT Hi, I'm trying to find a RE for the language that has an odd number of a's and even number of b's and d's given the alphabet {a,b,c,d}. But the concatenation of these three languages doesn't seem to work, I'm using JFLAP for the test runs. Is there an operation that requires these three machines to be in the accepting state to accept a given string? Here are the three RE that I've found: [link] [comments]  |
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