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I notice in a lot of places we have placeholder T complexity that includes the correct T complexity but doesn't do accounting for cliffords. This is good and fine, except I think we need a sentinel va…
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status NEW severity *enhancement* in component *general* for *---*
Reported in version *unspecified* on platform *Other*
Assigned to: Dimitri van Heesch
On 2012-11-05 05:19:08 +0000, surfintheusa@yah…
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You have to create for at least more than 4 sorting algorithms.
For time Complexity, You Have to Consider:
Big O notation:- **Worst-Case**
Theta notation:- **Average Case**
Omega notation: **Best…
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List the different notations and what they represent: Big O, small o, Theta, Omega, etc. **Give examples for better understanding.**
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https://github.com/sholmesjava/Big-O-Notation/blob/91a7921dc4c3b773a916669d37af1e89c8f855c9/labassignment3bignotation.txt#L14
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**Here, you have to work on three cases:**
First Case:
**At the beginning of the list**
Second Case:
**In the middle of the list**
Third Case:
**At the end of the list**
Also for time Complexit…
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**Here, you have to work on three cases:**
First Case:
**At the beginning of the list**
Second Case:
**In the middle of the list**
Third Case:
**At the end of the list**
Also for time Complexit…
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Implement more code qualities:
- linter
- googling code (anti-plagiarism)
- time execution
- big o notation
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- [ ] big O-Notation for algorithms
- [ ] required build module + header file as file headers
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In the wiki you explain the difference between the two implementation comparing O(log2 n) and O(log32 n). I'm afraid, you don't understand the idea behind the Big O notation. By definition, it ignores…