Any fan of jazz music can attest to the beauty of musical improvisation. However, many famous improvisational piano pieces aren't recorded in sheet music. “There's a lot of music that exists in the world that doesn't have musical transcriptions because it was played improvisationally—virtuosos that never decided to write anything down,” explained Varun Rajaram. This is because transcribing the notes of a piece (especially polyphonic pieces where multiple notes play at a time) is a difficult task even for skilled musicians.Read More
The National Science Foundation (NSF) has announced four new flagship funding awards through the Secure and Trustworthy Cyberspace (SaTC) program, including for a project focused on securing web browser operations led by Hovav Shacham, professor of computer science at the University of Texas at Austin.Read More
Bilingual aphasia is a language impairment to multilingual people acquired through some sort of injury, usually a stroke. Patterns of language impairment in multilingual stroke patients are very diverse. Sometimes language impairment affects all languages the person speaks equally, while other times it affects one language more than the other. The way in which a stroke affects a multilingual patient depends on many different variables such as when each language was learned, how frequently each one is used etc.Read More
William H. Press, a computer scientist and computational biologist at The University of Texas at Austin, will provide scientific perspective to the White House, as a recently named member of President Biden's Council of Advisors on Science and Technology (PCAST).Read More
Artificial intelligence has reached a critical turning point in its evolution, according to a new report by an international panel of experts assessing the state of the field for the second time in five years.Read More
UT Computer Science rose to No. 10, up from No. 11 last year in U.S. News & World Report’s latest undergraduate rankings.
UT Computer Science Undergraduate Program ranked No. 10 nationally, with five top-10 specialty rankings: Read More
For decades, computer chips have gotten denser, faster and more energy efficient. But in recent years, those improvements have slowed to a crawl.Yet some of the most exciting new applications engineers are exploring — self-driving cars, microscopic robots to diagnose and treat diseases inside the human body, and systems collecting environmental data for battlefield awareness or public health forecasting — need fast, compact, energy-efficient computer chips that can be integrated directly into these systems, rather than relying on connecting to supercomputers far away.Read More
UT Computer Science alum Natalie Berestovsky struggled to speak English at the level of her peers as a sophomore in high school when she first migrated to Texas from Moscow. Coincidently, this hardship is what pushed her to begin her journey in computer science. The high school she went to offered computer science classes to its students which gave Natalie more confidence as they evened the language playing field between her and her classmates. Suddenly they were all learning a new language, Java, and no student was more proficient than the others. Read More
Floorplans are used in many industries to help people visualize what the inside of a building looks like without actually seeing it. Traditionally, floorplans have been created by actually observing a 3D environment either manually or with the aid of 3D sensors. But what happens when the luxury of observing the 3D environment isn’t available—for example, when a robot is introduced to a new environment? Would it be able to quickly create floor maps without actually seeing the entire environment being mapped in detail?Read More
Dr. Chand John graduated from UT as a math and computer science dual major in 2003 and then went on to earn his CS master’s and PhD from Stanford. He noticed that CS textbooks are often “grey” and not visually appealing, so he decided to try his hand at CS art. Now, Dr.Read More
