CS

  • SAMUELI
  • ABOUT
    • Samueli Computer Science 101
      • Mission Statement and Accreditation
      • History
    • Support Our Mission (Giving)
    • Newsletters
    • Resources
      • Department Forms
      • Resources for Students
      • Computing Facility
    • UCLA Samueli COVID-19 Information
    • Contact Us
  • NEWS & EVENTS
    • Newsroom
    • Events Calendar
      • Upcoming Events
      • Event Posting Form
      • Room Reservations
      • Seminars
    • Video Highlights
  • ACADEMICS
    • Undergraduate
      • Undergraduate Admissions
      • Undergraduate Requirements
      • Admission Schedule
    • Graduate
      • Graduate Admissions
      • Graduate Admissions FAQ
      • Graduate Application Requirements
      • Graduate Student Handbook
      • Graduate Office Notices
      • Graduate Student Welfare
      • GSR Timesheet Procedure
    • Course Homepages
  • RESEARCH
    • Research Areas
    • Research Centers
    • Research Labs
    • Undergraduate Research
    • Graduate Research
    • Technical Reports
  • PEOPLE
    • Faculty
      • Faculty
      • New Faculty
      • Academic Recruitment – Faculty, Research, Lecturer, & Postdoctoral
    • Lecturers
    • Staff
    • Clubs and Associations
    • Alumni
Select Page

Events on May 26, 2022

CS 201 | Employing Formal Methods at Scale for a Reliable Cloud, RYAN BECKETT, Microsoft Research

CS 201 | Employing Formal Methods at Scale for a Reliable Cloud, RYAN BECKETT, Microsoft Research

May 26, 2022 4:15 pm - 5:45 pm

3400 Boelter Hall
420 Westwood Plaza, Los Angeles California 90095
ACM at UCLA | ICPC Interview Track

ACM at UCLA | ICPC Interview Track

May 26, 2022 6:00 pm - 8:00 pm

Engineering VI – Room 289
404 Westwood Plaza, Los Angeles California 90095

Events Calendar

Today
Mon
Tue
Wed
Thu
Fri
Sat
Sun
M
T
W
T
F
S
S
1
2
4:00 PM - CS 201: Feature Purification: How Can Adversarial Training Perform Robust Deep Learning, YUANZHI LI, Carnegie Mellon University
3
4
5
6
7
8
9
4:00 PM - CS 201: What is Causal Inference? - A Logical Perspective, JUDEA PEARL, UCLA - Computer Science Department
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
4:00 PM - CS 201: Relaxing the I.I.D. Assumption: Adaptively Minimax Optimal Regret via Root-Entropic Regularization, DANIEL ROY - BLAIR BILODEAU, University of Toronto
31
1
2
3
4
CS 201: Feature Purification: How Can Adversarial Training Perform Robust Deep Learning, YUANZHI LI, Carnegie Mellon University
CS 201: Feature Purification: How Can Adversarial Training Perform Robust Deep Learning, YUANZHI LI, Carnegie Mellon University
Mar 02, 2021    
4:00 pm - 5:45 pm
Zoom Webinar
  • seminar
ABSTRACT: Despite the great empirical success of adversarial training to defend deep learning models against adversarial perturbations, so far, it still remains rather unclear what [...]
More Info
CS 201: What is Causal Inference? - A Logical Perspective, JUDEA PEARL, UCLA - Computer Science Department
CS 201: What is Causal Inference? - A Logical Perspective, JUDEA PEARL, UCLA - Computer Science Department
Mar 09, 2021    
4:00 pm - 5:45 pm
Zoom Webinar
  • seminar
ABSTRACT: The purpose of this talk is to explain the role of causal inference in the context of growing interests in machine learning and data [...]
More Info
CS 201: Relaxing the I.I.D. Assumption: Adaptively Minimax Optimal Regret via Root-Entropic Regularization, DANIEL ROY - BLAIR BILODEAU, University of Toronto
CS 201: Relaxing the I.I.D. Assumption: Adaptively Minimax Optimal Regret via Root-Entropic Regularization, DANIEL ROY - BLAIR BILODEAU, University of Toronto
Mar 30, 2021    
4:00 pm - 5:45 pm
Zoom Webinar
  • seminar
ABSTRACT: We consider sequential prediction with expert advice when data are generated from distributions varying arbitrarily within an unknown constraint set. We quantify relaxations of [...]
More Info
Events on Mar 02, 2021
CS 201: Feature Purification: How Can Adversarial Training Perform Robust Deep Learning, YUANZHI LI, Carnegie Mellon University
CS 201: Feature Purification: How Can Adversarial Training Perform Robust Deep Learning, YUANZHI LI, Carnegie Mellon University
2 Mar 21
Los Angeles
Events on Mar 09, 2021
CS 201: What is Causal Inference? - A Logical Perspective, JUDEA PEARL, UCLA - Computer Science Department
CS 201: What is Causal Inference? - A Logical Perspective, JUDEA PEARL, UCLA - Computer Science Department
9 Mar 21
Los Angeles
Events on Mar 30, 2021
CS 201: Relaxing the I.I.D. Assumption: Adaptively Minimax Optimal Regret via Root-Entropic Regularization, DANIEL ROY - BLAIR BILODEAU, University of Toronto
CS 201: Relaxing the I.I.D. Assumption: Adaptively Minimax Optimal Regret via Root-Entropic Regularization, DANIEL ROY - BLAIR BILODEAU, University of Toronto
30 Mar 21
Los Angeles

Event Feeds

RSS
iCalendar

Upcoming Locations

  • Humanitites A51 - Los Angeles
  • 3820 Boelter Hall - Los Angeles
  • HKN Lounge - Eng IV 67-127 - Los Angeles
  • 3760 Boelter Hall - Los Angeles
  • Bunche Hall - Los Angeles
  • 5249 Boelter Hall - Los Angeles
  • Court Of Sciences Student Center - Los Angeles
  • Moore 100 - Los Angeles
  • 2444 Boelter Hall - Los Angeles
  • 5101 ENGINEERING V - LOS ANGELES
  • Carnesale Commons [3rd Floor] - Los Angeles
  • SUNSET REC MESA LAWN - Los Angeles
  • Humanities A65 - Los Angeles
  • CNSI LOBBY - Los Angeles
  • 8500 Boelter Hall - Penthouse - Los Angeles
  • Young Hall CS 50 - Los Angeles
  • Math Science 5200 - 90095
  • Young Hall CS 76 - Los Angeles
  • TESLA Room - Engineering IV - 53-125 - Los Angeles
  • 2760 Boelter Hall - LOS ANGELES
  • 4760 Boelter Hall - Los Angeles
  • Mong Auditorium - Engineering VI - First Floor - Los Angeles
  • 3400 Boelter Hall - Los Angeles
  • Engineering VI - Room 289 - Los Angeles
  • Ackerman Union Ballroom | Bruin Reception Room - Los Angeles
  • Event Archives

    All Events

    Engineer Change.
    • Facebook
    • X
    • Instagram
    • Linkedin
    © Copyright 2026 UCLA Samueli School Of Engineering
    • Contact Us
    • Accessibility
    • Terms of Use
    • Safety First
    • UCLA
    We use cookies to understand how you use our site and to improve your experience, including personalizing content and to store your content preferences. If you would prefer, you may set your browser to refuse cookies or alert you when cookies are being sent. However, it is possible that some parts of our sites will not function properly if you do so. By continuing to use our sites, you accept our use of cookies and Terms of Use.
    I ACCEPT