Public Talks

February 2019
22	Title: TBA Brenton Lessley University of Oregon	Dissertation Defense
19	In situ data processing computational scientific data using adios framework Scott A. Klasky Oak Ridge National Laboratory	Colloquium

January 2019
10	Directed Research Project Presentations Ph.D. Students University of Oregon	Colloquium

December 2018
03	Parallel Hypergraph Transversals Roscoe Casita University of Oregon	Directed Research Project

November 2018
29	AutoDL: Automated Neural Network Architecture Search for Open & Inclusive AI Prof. Jun (Luke) Huan Baidu Research	Colloquium
21	Usable Cybersecurity - Foundations and Cloud-hosted Application Case Studies Prof. Prasad Calyam University of Missouri-Columbia	Colloquium
20	Robustness of Neural Networks for Discrete Input: An Adversarial Perspective Javid Ebrahimi University of Oregon	Dissertation Defense
20	End-to-End Service Optimization and Control in Next Generation Cloud-Integrated Networks Jaime Llorca Nokia Bell Labs	Colloquium
19	In Situ Visualization for Exascale Computing Matt Larson Lawrence Livermore National Laboratory	Colloquium
08	OpenSHMEM: POSH and Helena Camille Coti University of Paris North-XIII	Colloquium
06	A Flexible Approach to Relational Modeling of Social Network Spam Jonathan Brophy University of Oregon	Directed Research Project
01	Putting REST to rest: challenging the status quo for better mobile, IOT, and connected apps and services David Ratner Realm	Colloquium

October 2018
26	From Password to Face Biometrics: Attacks and Defenses LI Yingjiu Singapore Management University	Colloquium
25	Optimal Scheduling of In Situ Analyses Todd Munson Argonne National Laboratory Ian Foster, Christopher Knight, Michael Papka, Venkat Vishwanath Argonne Scott Klasky Oak Ridge Kerstin Kleese Van Dam Brookhaven Preeti Malakar IIT Kanpur	Colloquium
18	Faculty Research Topics Hank Childs, Boyana Norris, Thanh Nguyen University of Oregon	Colloquium
11	Faculty Research Topics Dejing Dou, Lei Jiao, Thien Huu Nguyen University of Oregon	Colloquium
01	vFiber: A System for Virtualizing Optical Fibers Matthew Hall University of Oregon	Directed Research Project