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| − | = Fourth Bonus point opportunity = | + | = Fourth Bonus point opportunity = |
[[ECE302]], Spring 2013, Prof. [[User:Mboutin|Boutin]] | [[ECE302]], Spring 2013, Prof. [[User:Mboutin|Boutin]] | ||
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| − | Pick a problem from [[ | + | |
| + | Pick a problem from [[HW5 ECE302 S13 Boutin|hw5]] and share your solution on the corresponding problem page. If you do so before 6am on Monday March 25, you will receive up to 0.5% bonus on your course grade. | ||
DO NOT PLAGIARIZE. | DO NOT PLAGIARIZE. | ||
| − | Note that you will receive full credit if you do the exercise seriously, following all guidelines, even if your answer is not completely correct. Before you do this exercise, please familiarize yourself with [[Rhea:Copyrights|Rhea's copyright]] policy. By default you can login to Rhea with your Purdue CAREER account. Note that the system keeps track of who writes what/when and this information is available for public view. If you would prefer to participate anonymously, please contact your instructor to obtain a new login name. | + | Note that you will receive full credit if you do the exercise seriously, following all guidelines, even if your answer is not completely correct. Before you do this exercise, please familiarize yourself with [[Rhea:Copyrights|Rhea's copyright]] policy. By default you can login to Rhea with your Purdue CAREER account. Note that the system keeps track of who writes what/when and this information is available for public view. If you would prefer to participate anonymously, please contact your instructor to obtain a new login name. [[Link title|Laroche - ]] |
| − | [[Link title|Laroche - ]] | + | |
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| − | =List your name/nickname below and link to the problems for which you posted a solution.= | + | |
| − | *[[ | + | = List your name/nickname below and link to the problems for which you posted a solution. = |
| − | *[[ | + | |
| + | *[[Practice Question comparing probabilities Gaussians ECE302S13Boutin|Blue - Comparing probabilities for different Gaussians]] | ||
| + | *[[Practice Question uniform random variable mean ECE302S13Boutin|Laroche - Compute the mean]] | ||
| + | *[[Practice Question moment order one Gaussian ECE302S13Boutin|Kecheng/li485 - Compute first order moment of Gaussian random variable]] | ||
*Name/nickname. Link to Problem. | *Name/nickname. Link to Problem. | ||
| + | |||
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Revision as of 12:53, 23 March 2013
Fourth Bonus point opportunity
ECE302, Spring 2013, Prof. Boutin
Pick a problem from hw5 and share your solution on the corresponding problem page. If you do so before 6am on Monday March 25, you will receive up to 0.5% bonus on your course grade.
DO NOT PLAGIARIZE.
Note that you will receive full credit if you do the exercise seriously, following all guidelines, even if your answer is not completely correct. Before you do this exercise, please familiarize yourself with Rhea's copyright policy. By default you can login to Rhea with your Purdue CAREER account. Note that the system keeps track of who writes what/when and this information is available for public view. If you would prefer to participate anonymously, please contact your instructor to obtain a new login name. Laroche -
List your name/nickname below and link to the problems for which you posted a solution.
- Blue - Comparing probabilities for different Gaussians
- Laroche - Compute the mean
- Kecheng/li485 - Compute first order moment of Gaussian random variable
- Name/nickname. Link to Problem.
