Ao Tang

Focusing on high-impact outcomes in the realm of electrical and computer engineering, Professor Ao Tang is a distinguished faculty member at the School of Electrical and Computer Engineering at Cornell University. With a robust research portfolio, his interests span across network economics, optimization, wireless networks, and information theory. His work is pivotal in advancing the understanding and application of these fields, contributing significantly to both academic and practical advancements. Professor Tang is deeply committed to education, offering courses that cover a wide range of topics including probability, computer networks, optimal systems analysis, and the control and optimization of information networks. His teaching philosophy emphasizes the integration of theoretical knowledge with practical applications, preparing students to tackle complex challenges in the rapidly evolving tech landscape. In his recent scholarly endeavors, Professor Tang has delved into critical areas such as data privacy preservation, cooperative networked control, and the innovative use of network coding for bulk data transfer. These studies not only enhance the theoretical framework of these subjects but also propose practical solutions for contemporary issues in network management and security. His earlier research contributions have laid a strong foundation in the field, with notable works on decentralized synchronization of oscillators, adaptive routing in SDN-enabled networks, and ensuring network stability through alpha fair bandwidth allocation. These studies have been instrumental in shaping current methodologies and technologies in network design and optimization. Professor Tang's dedication to research and education is reflected in his numerous publications and the impact they have had on both the academic community and industry practices. His work continues to inspire and guide future innovations in electrical and computer engineering, making significant strides towards more efficient and secure network systems.