ELEC2844: Probabilistic Systems Analysis

The University of Hong Kong, Second Semester, 2022–23

Lecture Schedule and Materials

Links to lecture slides and homework will be posted as we progress in the course.

Month Monday (1hr) Thursday (2hrs) Notes Homework
JAN 16 19 Lecture 1: Fundamentals of Probability
23 26 23, 26: Chinese New Year
30 2
FEB 6 9 Lecture 2: Discrete Random Variables hw1 (due Feb 28)
hw1 solution
13 16
20 23 Lecture 3: Continuous Random Variables
27 2
MAR 6 9 6, 9: reading week
13 16 16: University holiday hw2 (due Apr 6)
hw2 solution
20 23 Intermission
Lecture 4: Several Random Variables
27 30
APR 3 6 3: No class; You are encouraged to attend HKU President's Forum (see below)
Lecture 5: Parameter Estimation I: Classical
10 13 10: Easter Monday hw3 (due Apr 30)
hw3 solution
17 20 Lecture 6: Parameter Estimation II: Bayesian
24 27


Slides as Handouts

  1. Lecture 1: handout1.pdf

  2. Lecture 2: handout2.pdf

  3. Lecture 3: handout3.pdf

  4. Lecture 4: handout4.pdf

  5. Lecture 5: handout5.pdf

  6. Lecture 6: handout6.pdf

Tutorial Schedule and Materials

From the TAs: We will have weekly tutorials every Tuesday, from mid-February to end of April, from 9:30am – 10:30am. Venue: CPD-1.24 (CPD-LG map, campus map, classroom list)

  1. Tutorial 1: February 14

  2. Tutorial 2: February 21

  3. Tutorial 3: February 28

  4. Tutorial 4: March 14

  5. Tutorial 5: March 21

  6. Tutorial 6: March 28 (homework 1)

  7. Tutorial 7: April 4

  8. Tutorial 8: April 11

  9. Tutorial 9: April 18 (homework 2)

  10. Tutorial 10: April 25

Special Event

JLH2 

HKU President’s Forum – Distinguished Talk by Professor John Hennessy

Topic: Energy and Silicon Efficient Computing: a 45 Year Journey

Time: 2:30p.m. – 4:00p.m. on April 3 (Monday)

Venue: Room 218 (Convocation Room), Main Building, The University of Hong Kong

Audience: around 90-100

Abstract: For nearly four decades, computers have dramatically and relentlessly improved cost-performance. In the past 10+ years, that improvement has begun to abate limitations (the slowdown in Moore's Law and the end of Dennard scaling) and the increasing reliance by computer architects on speculative techniques to achieve higher performance. This slowdown comes just as the breakthroughs in machine learning are demanding massive increases in computing performance. A new direction based on domain-specific architectures is the only clear way forward.

EMS links:

For HKU members (HKU Portal login is required):

register here

For non-HKU members:

register here