Mary K. Vernon

Mary K. Vernon transforms traditional models of system performance into innovative frameworks that enhance the design and efficiency of computing systems. As a Professor Emerita of Computer Science at the University of Wisconsin-Madison, she has dedicated her career to advancing the field of quantitative system design. Her research primarily focuses on developing precise analytic system performance models, which are crucial for creating optimal system architectures. Throughout her illustrious career, Professor Vernon has made significant contributions to the field, including securing four US patents that underscore her innovative approach to system performance challenges. Her scholarly output is extensive, with over 100 technical papers that have influenced both academic and industry practices. Her expertise is further recognized through her active participation in various editorial boards, advisory boards, and program committees, where she has played a pivotal role in shaping the direction of computer science research. Professor Vernon's work in network traffic characterization, near-optimal network protocols, and performance analysis has been instrumental in advancing the understanding of complex computing systems. Her research on disk arrays and disk drives has provided valuable insights into storage solutions, contributing to more efficient data management practices. In recognition of her outstanding contributions to the field, Professor Vernon was honored with the prestigious ACM Sigmetrics Achievement Award in 2019. This accolade reflects her enduring impact on the field of computer science and her commitment to pushing the boundaries of system performance modeling. Her legacy continues to inspire new generations of researchers and practitioners in the quest for more efficient and effective computing systems.