using conflict of interest in a major cs conference to prevent "possible" sabotage Computer Science |
- using conflict of interest in a major cs conference to prevent "possible" sabotage
- How can someone who does not have a proper programming lesson get used to TDD
- What are some good c++ books?
- Idea for creating chains of 1d cellular automata rules
| using conflict of interest in a major cs conference to prevent "possible" sabotage Posted: 31 Aug 2019 06:30 PM PDT Hello. In a few weeks I am going to submit a paper to a major cs conference. The track that I am submitting the paper to, has a chair, whom I have had conflict with at my school. Assuming that she/he will try to sabotage, do you think it would help to put their name in conflict of interest, and prevent them from causing trouble? or I should skip this conference and wait for the next one. Thanks. Edit: the track also has three more chairs. [link] [comments]  |
| How can someone who does not have a proper programming lesson get used to TDD Posted: 01 Sep 2019 03:09 AM PDT I just got hired as a programmer and the company do TDD a lot. I am starting to learn TDD. Thing is I am not really used to it. The idea of thinking the test before coding it seems really tricky for me. Is there any tips to improve for this? Thanks. [link] [comments]  |
| Posted: 01 Sep 2019 03:07 AM PDT |
| Idea for creating chains of 1d cellular automata rules Posted: 31 Aug 2019 07:07 PM PDT First choose a 1d cellular automata rule and an input state. In order to make it interesting you would want this rule to produce chaotic behavior. The output of this rule can be described as a set of numbers. Since cellular automata rules can be described as a set of numbers as well use the numbers you just recieved as output as part of the cellular automata rule. Repeat this process and you have created a chain of cellular automata rules. The one problem I see with this rule is most cellular automata don't produce very interesting patterns so it would be hard to find interesting chains. You could try this for 2d cellular automata too but thar would give you a set of matrices which would be harder to deal with. Edit: Also if you were having trouble finding interesting chains another thing you could try is generating multiple chains and then using the mappings between rules and patterns in different chains to generate new rules. [link] [comments]  |
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