This course studies the mathematical foundations of machine learning, and focuses on understanding the trade-offs between statistical accuracy, scalability, and computation efficiency of distributed machine learning and optimization algorithms. Topics include empirical risk, convexity in learning, convergence analysis of gradient descent algorithm, stochastic gradient descent, neural networks, and reinforcement learning.

Prerequisites: ECE 235 or equivalent.

4

Units

Letter

Grading

1, 2, 3

Passtime

None

Level Limit

Engineering

College
PEDARSANI R
No info found
See All
ECE 284 Pedarsani R Fall 2024 Total: 35
ECE 284 Pedarsani R Winter 2023 Total: 19
ECE 272A
33 / 40 Closed
Machine Learning in Design and Test Automation
Li-C Wang 4.3
M W
17:00 PM - 18:15 PM
83.6% A
ECE 273
28 / 33 Enrolled
TENSOR COMPUTATION FOR MACHINE LEARNING AND BIG DATA
Zheng Zhang 3.9
T R
12:30 PM - 13:45 PM
91.5% A
ECE 278C
18 / 30 Enrolled
Imaging Systems
Hua Lee 2.7
T R
16:00 PM - 17:50 PM
95.2% A
ECE 278C
2 / 30 Enrolled
Imaging Systems
Lee H
T R
16:00 PM - 17:50 PM
95.2% A
ECE 289
9 / 14 Enrolled
INTRODUCTION TO ROBOTICS: DYNAMICS AND CONTROL
Katie Byl 3.4
T R
14:00 PM - 15:15 PM
62.2% A
ECE 295
5 / 70 Enrolled
Group Studies: Controls, Dynamical Systems, and Computation
Andrew Teel 4.3
F
14:30 PM - 17:50 PM