Over the last 20 years, technological advances have allowed for quantification of nearly all biological molecules, including DNAs, RNAs, proteins, and metabolites. These so-called ‘omic’ experiments enable a system-wide view of cellular dynamics in response to arbitrary perturbations. Due to the dimensionality of systems biology data, significant computation is required for analysis, which represents a vast space for computational research and development.
You are invited to attend a presentation and informal chat with Professors Theodoros Rekatsinas and Loris D'Antoni (Computer Sciences) on October 23rd from 12:10PM - 1:00PM in CS 1240. Join us for pizza as you hear about what they teach and the research they do with the Department of Computer Sciences. This will be followed by a question and answer session about the topics they teach/research, general questions about the CS major and job potential, what is hot/not in the area of Computer Sciences, or any other general advice they can give.
Please join us for an information session on American Family and specific openings we have within our Automation and Technology teams. We have openings that we are looking to fill with recent or December 2018 graduates.
Galois uses a wide variety of program-analysis techniques across our projects. In this talk, I will describe some work we have done at opposite ends of the automated-program-reasoning spectrum. First, I will describe work we have done on information-flow analysis in Android applications with the aim of identifying colluding applications, with a focus on the trade-offs required for large-scale analysis. Second, I will describe work we have done to formally verify parts of s2n, which is an open-source implementation of TLS.
To interact, communicate, and navigate the world successfully, people must retrieve information from their memory relevant to their current task. Recent work has argued that memory search must be strategic and spatially encoded because retrieved items cluster together in a manner consistent with optimal foraging theory (the Marginal Value Theorem): Search related items until the marginal time between item retrievals dips below the average time between retrievals.
Make Your Database Dream of Electric Sheep: Designing for Autonomous Operation
In the last 20 years, researchers and vendors have built advisory tools to assist DBAs in tuning and physical design. Most of this previous work is incomplete because they require humans to make the final decisions about any database changes and are reactionary measures that fix problems after they occur. What is needed for a "self-driving" DBMS are components that are designed for autonomous operation. This will enable new optimizations that are not possible today because the complexity of managing these systems has surpassed the abilities of humans.
Faculty Positions: Assistant and Associate Professors
The Department of Computer Sciences at the University of Wisconsin–Madison has embarked on a multi-year effort to grow its faculty, enhance its strengths in many areas of computing, and extend its impact in interdisciplinary areas. As part of this endeavor, we invite highly qualified candidates in all areas of computer science, across the spectrum from technology-driven to problem-driven research, to apply to positions at the assistant and associate levels that will begin in August 2019.