UW CSE Videos
UW CSE professors Zach Tatlock and Emina Torlak discuss their research in software verification to ensure that programs for the operation of safety-critical systems do not contain potentially life-threatening errors. With the Neutrons Project, our researchers are making the control software for radiotherapy devices safer and more reliable by preventing errors that could lead to an overdose of patients undergoing cancer treatment. Their ongoing research has the potential to improve a variety of safety-critical systems across the country.
UW CSE graduate student Alex Mariakakis presents HyperCam, a new, low-cost hyperspectral camera developed by UW's UbiComp Lab in collaboration with Microsoft Research. HyperCam is capable of capturing details beneath the surface and unseen by the naked eye. Unlike existing hyperspectral imaging systems that can cost tens of thousands of dollars, HyperCam comes in at around $800 and could cost as little as $50 to incorporate into a mobile phone, with potential applications in food quality monitoring, biometric security, gaming, and health sensing.
UW CSE graduate student Rajalakshmi Nandakumar demonstrates ApneaApp, a low-cost, non-invasive smartphone app for detecting sleep apnea — a potentially life-threatening condition that affects more than 25 million people in the United States alone. The app turns the smartphone into an active sonar system to track changes in a person’s breathing patterns. ApneaApp was shown to be 95 to 99 percent accurate in tracking respiratory events compared to the more costly — and much less convenient — intensive polysomnography test that is the standard method for diagnosing sleep apnea.
UW CSE graduate student Ricardo Martin-Brualla presents time-lapse mining from internet photos – a new approach for synthesizing time-lapse videos of popular landmarks developed by UW's GRAIL group in collaboration with Google. The project leverages the vast quantity of photos available online to show the sometimes dramatic changes in the world's most popular natural sites and skylines.
UW CSE 454 – Advanced Internet Systems is a capstone project course in which students build a next-generation search engine. The class incorporates a fair amount of machine learning and natural language processing algorithms, with a particular focus on information extraction. Student projects sought to answer the following question: How do we read natural language text and extract structured information like you might find in a relational database that would support high level advanced search capabilities?
UW CSE organized a series of activities on campus during Computer Science Education Week 2015 to promote participation in the Hour of Code, an annual event organized by Code.org to inspire people of all ages to try computer programming. More than 400 people from the extended UW family -- including students, their friends and relatives, and even UW President Ana Mari Cauce -- participated in CSE's Hour of Code festivities throughout the week.
In this year long series of capstone courses, students design and create a short animated film using a diverse set of interdisciplinary skills. From the skills learned in each course, students learn about story development and technical testing. After the foundation and pre-production phases are completed, students move on to production, followed by polish and post. We try to accomplish in one academic year what would take two to three years in industry.
Just as the Internet evolves quickly, each Advanced Internet Systems capstone is a bit different. This year the course covers crowdsourcing and social computing in addition to Internet search, focused on information extraction. The majority of the time is spent on small group projects that each team chooses.
Sound capstone students build projects by utilizing computer audio techniques for human interfacing, sound recording and playback, encoding and decoding, synchronization, sound synthesis, recognition, and analysis and resynthesis. Here are some of the projects students created.