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ecen_370_assignments [2015/06/25 10:43]
perry
ecen_370_assignments [2015/12/30 22:45] (current)
nielson
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 | [[ecen_370_assignments#​Homework 7|HW 7]]    | Marginal PDF, Conditional PDF, Expectation ​           |   ​Review ​                                                          | 3.4-3.5 ​            ​|  ​ | [[ecen_370_assignments#​Homework 7|HW 7]]    | Marginal PDF, Conditional PDF, Expectation ​           |   ​Review ​                                                          | 3.4-3.5 ​            ​|  ​
 | [[ecen_370_assignments#​Homework 8|HW 8]]    |PDF, CDF, Poisson RV                |    Review ​                                                                                                                   | 3.6-4.1 ​            | | [[ecen_370_assignments#​Homework 8|HW 8]]    |PDF, CDF, Poisson RV                |    Review ​                                                                                                                   | 3.6-4.1 ​            |
-| [[ecen_370_assignments#​Homework 9|HW 9]]    | N/A                      |   ​[[matlab_guide#​RootsPolynomial Roots]],                                                                                  ​| 4.1-5.2 ​             | +| [[ecen_370_assignments#​Homework 9|HW 9]]    | N/A                      |   ​[[matlab_guide#​Real and Imaginary CommandCorrelation]]                                                     ​| 4.1-5.2 ​                  ​|
-| :::                                         | :::                                       ​| ​ [[matlab_guide#​Real and Imaginary Command| Real and Imaginary Command]] ​                                                    | :::                  ​|+
 | [[ecen_370_assignments#​Homework 10|HW 10]]  |Central Limit Theorem ​    ​| ​  ​Review ​                                                                                                                    | 5.3-6.1 ​      | | [[ecen_370_assignments#​Homework 10|HW 10]]  |Central Limit Theorem ​    ​| ​  ​Review ​                                                                                                                    | 5.3-6.1 ​      |
  
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 sequences you suspect are fraudulent. sequences you suspect are fraudulent.
 </​file>​ </​file>​
 +==Files==
 {{::​hw2_matlab_example.m|}} {{::​hw2_matlab_example.m|}}
  
 {{::​coin_flip_data.zip|}} {{::​coin_flip_data.zip|}}
  
 +<ifauth @admin,​@370ta>​
 ==Solution== ==Solution==
 {{::​homework_2.m|}} {{::​homework_2.m|}}
  
 {{::​solution_graph.png?​200|}} {{::​solution_graph.png?​200|}}
 +</​ifauth>​
  
 === Homework 3 === === Homework 3 ===
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 with the probability mass function you computed analytically?​ with the probability mass function you computed analytically?​
 </​file>​ </​file>​
 +==Files==
 {{::​hw3_matlab_example.m|}} {{::​hw3_matlab_example.m|}}
  
 +<ifauth @admin,​@370ta>​
 ==Solution== ==Solution==
 {{::​homework_3.m|}} {{::​homework_3.m|}}
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 {{::​screenshot_from_2015-06-09_19_06_44.png?​200|}} {{::​screenshot_from_2015-06-09_19_06_44.png?​200|}}
-  ​+</​ifauth>  ​
  
 === Homework 4 === === Homework 4 ===
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 </​file>​ </​file>​
 +==Files==
 {{::​simulate_joint_pmf.m|}} {{::​simulate_joint_pmf.m|}}
  
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 {{:​burgerfry.zip|}} {{:​burgerfry.zip|}}
  
 +<ifauth @admin,​@370ta>​
 ==Solution== ==Solution==
 {{::​hw_4.m|}} {{::​hw_4.m|}}
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 {{:​capture_2.png?​200|}} {{:​capture_2.png?​200|}}
 +</​ifauth>​
  
 === Homework 5 === === Homework 5 ===
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 </​file>​ </​file>​
  
 +<ifauth @admin,​@370ta>​
 ==Solution== ==Solution==
 {{::​hw5.m|}} {{::​hw5.m|}}
 +</​ifauth>​
  
 === Homework 6 === === Homework 6 ===
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   histogram plot. It should look like the histogram for an exponential random variable!   histogram plot. It should look like the histogram for an exponential random variable!
 </​file>​ </​file>​
 +==Files==
 {{::​continuous_sim_commented.m|}} {{::​continuous_sim_commented.m|}}
 +
 +<ifauth @admin>
 ==Solution== ==Solution==
 {{::​homework_6_graph_0.png?​200|}} {{::​homework_6_graph_0.png?​200|}}
  
 {{::​capture_0.png?​200|}} {{::​capture_0.png?​200|}}
 +</​ifauth>​
  
 === Homework 7 === === Homework 7 ===
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    c) Find E[Y] from simulation.    c) Find E[Y] from simulation.
 </​file>​ </​file>​
 +
 +<ifauth @admin,​@370ta>​
 ==Solution== ==Solution==
 {{::​homework_7_graph.png?​200|}} {{::​homework_7_graph.png?​200|}}
 +</​ifauth>​
  
 === Homework 8 === === Homework 8 ===
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    d) Compare your plot with the analytic solution you derived above    d) Compare your plot with the analytic solution you derived above
 </​file>​ </​file>​
 +==Files==
 {{::​hw8.m|}} {{::​hw8.m|}}
  
 +<ifauth @admin,​@370ta>​
 ==Solution== ==Solution==
 {{::​chapter4_problem1.m|}} {{::​chapter4_problem1.m|}}
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 {{:​chapter_4_problem_8_graph.png?​200|}} {{:​chapter_4_problem_8_graph.png?​200|}}
 +</​ifauth>​
  
 === Homework 9 === === Homework 9 ===
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    d) Do the simulated values you computed in part (b) match the values in part (a)?    d) Do the simulated values you computed in part (b) match the values in part (a)?
 </​file>​ </​file>​
 +
 +<ifauth @admin,​@370ta>​
 ==Solution== ==Solution==
 +
 +</​ifauth>​
  
 === Homework 10 === === Homework 10 ===
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 Objective: To calculate the sum of R.V. and prove that their output is Gaussian Objective: To calculate the sum of R.V. and prove that their output is Gaussian
  
-Starter: Refer to page 147 in the book+Starter: Refer to page 182 in the book
  
-Functions to Learn: ​+Functions to Learn: ​none
  
 Viewing the Central Limit Theorem: Viewing the Central Limit Theorem:
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    e) Do the means and standard deviations agree with what you found in part a)?    e) Do the means and standard deviations agree with what you found in part a)?
 </​file>​ </​file>​
 +
 +<ifauth @admin,​@370ta>​
 ==Solution== ==Solution==
 +{{::​graph_hw10.png?​200|}}
 +</​ifauth>​
ecen_370_assignments.1435250632.txt.gz · Last modified: 2015/06/25 10:43 by perry