EE226: Random Processes in Systems
Fall06
Problem Set 2 Due Sept, 21
Lecturer: Jean C. Walrand GSI: Assane Gueye
This problem set essentially reviews notions of conditional expectation, conditional di
EE226: Random Processes in Systems
Fall06
Problem Set 2 Due Sept, 21
Lecturer: Jean C. Walrand GSI: Assane Gueye
This problem set essentially reviews notions of conditional expectation, conditional di
VS 298: Neural Computation
Due: 23 September 2006
Problem Set 2 Solutions
Professor: Bruno Olshausen GSI: Amir Khosrowshahi
Instructions for grading
The value of each problem is indicated in the heade
VS 298: Neural Computation
Due: 28 October 2008
Problem Set 6
Professor: Bruno Olshausen The questions are worth: 1) 3 points, 2) 3 points, 3) 2 points. Attached are two excellent solution sets by you
VS 298: Neural Computation
Due: 2 October 2008
Problem Set 3 Solutions
Professor: Bruno Olshausen GSI: Amir Khosrowshahi
This solution set was provided by students Hania Kver and Jack Culpepper from w
VS 298: Neural Computation
Due: 21 October 2008
Problem Set 5
Professor: Bruno Olshausen GSI: Amir Khosrowshahi
Problem 1: Self-organizing maps (3 points)
The areas where theres a scotoma get weights
VS 298: Neural Computation
Due: 14 October 2008
Problem Set 4
Professor: Bruno Olshausen The two questions were worth 3 points each. On many of your homeworks, I commented that for problem 2, reconstr
Solution: Problem Set 10
EECS123: Digital Signal Processing
Prof. Ramchandran
Spring 2008
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Problem Set 9 Solutions
EE123: Digital Signal Processing
1. From Figure 1 below, we see that the DTFT of the windowed sequence approaches the actual
DTFT as the window size increases. Gibbs phenomenon
Problem Set 8 Solutions
EE123: Digital Signal Processing
1. Note: Deduct 1/2 point if you got the correct answer but you did not attach the MATLAB
code OR any explanation.
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Department of EECS - University of California at Berkeley
EECS 226A - Random Processes in Systems - Fall 2006
Final: 12/14/2006
Name (Last, First) and SID:
1. (10%) Let X and Y be two independent rand
EE226: Random Processes in Systems
Fall06
Problem Set 1 Due Sept, 14
Lecturer: Jean C. Walrand
GSI: Assane Gueye
This problem set reviews some notions that are important for EE226. Not all exercises
a
EE226: Random Processes in Systems
Fall06
Problem Set 1 Sept, 14
Lecturer: Jean C. Walrand GSI: Assane Gueye
This problem set essentially reviews notions of conditional expectation, conditional distri
Department of EECS - University of California at Berkeley
EECS 226A - Random Processes in Systems - Fall 2006
Midterm 2: 11/02/2006
SOLUTIONS
Recall: Wiener lter and Kalman lter solutions.
Wiener Filt
EE226: Random Processes in Systems
Fall06
Problem Set 6 Due November, 2
Lecturer: Jean C. Walrand
GSI: Assane Gueye
This problem set essentially reviews properties of random process, the Wiener Filter
EE226: Random Processes in Systems
Fall06
Problem Set 5 Due Oct, 19
Lecturer: Jean C. Walrand
GSI: Assane Gueye
This problem set essentially reviews estimation theory and the Kalman lter. Not all
exer
EE226: Random Processes in Systems
Fall06
Problem Set 4 Due Oct, 12
Lecturer: Jean C. Walrand
GSI: Assane Gueye
This problem set essentially reviews detection theory and hypothesis testing and some
ba
EE226: Random Processes in Systems
Fall06
Problem Set 3 Due Oct, 5
Lecturer: Jean C. Walrand
GSI: Assane Gueye
This problem set essentially reviews detection theory. Not all exercises are to be turned
EE226: Random Processes in Systems
Fall06
Problem Set 8 Due November, 28
Lecturer: Jean C. Walrand
GSI: Assane Gueye
This problem set essentially reviews notions of Poisson Processes and continuous ti
EE226: Random Processes in Systems
Fall06
Problem Set 5 Due Oct, 24
Lecturer: Jean C. Walrand
GSI: Assane Gueye
This problem set essentially reviews estimation theory and the Kalman lter. Not all
exer
EE226: Random Processes in Systems
Fall06
Problem Set 4 Due Oct, 12
Lecturer: Jean C. Walrand
GSI: Assane Gueye
This problem set essentially reviews detection theory and hypothesis testing and some
ba
EE226: Random Processes in Systems
Fall06
Problem Set 3 Due Oct, 5
Lecturer: Jean C. Walrand
GSI: Assane Gueye
This problem set essentially reviews detection theory. Not all exercises are to be turned