Introductory Seminars for First-Year Students

Science of Information

EE 25N

What is information? In 1948, Claude Shannon published a paper with a quantitative answer that founded the field of information theory, forming the basis for the science of information as well as the design and understanding of modern-day communication systems. Through lectures, invited talks and visits to various labs, we'll explore the elements of the science of information and their manifestation in various domains. We'll learn how information can be measured, represented, and communicated effectively, why bits have become the universal currency for information exchange, and how these ideas bear on the design and operation of modern-day systems such as smart phones, DVDs, and the Internet. We will also get a glimpse of ways in which elements of the science of information emerge in domains as varied as the neural codes of the brain, cryptographic codes for keeping secrets, genetics and the genetic code, quantum information, and entertainment.

The students will be guided through the creation of a podcast on one of the topics explored in the course with assistance from Mia Bahr.

Meet the Instructor(s)

Ayfer Ozgur

"When I first learned about information theory as a student, I remember being fascinated by how fuzzy ideas like information, a message, a communication system can be given concrete mathematical definitions, and how by solving math problems, one can arrive at surprising insights for how to optimally design an engineering system. This back and forth between math and engineering is what I most like about information theory.

"I am an assistant professor in Electrical Engineering. My work focuses on information theory, and wireless communication and networks. You can find more information about me on my webpage."

Tsachy Weissman

"I enjoy math, technology, and putting math to use in the service of technology. Information theory gives me much of those joys: it's the elegant math that guides and explains the core technologies of our information age. I conduct research in information theory, compression, communication, signal processing, and their applications, with particular recent focus on applications in genomics. You can find out more at my webpage."