Algorithms are the engine at the core of the computerized solution of any mathematical model. For example, one might formulate some decision-making issue in terms of a linear program, but then how do you solve that linear program? With an algorithm. An algorithm can be analyzed theoretically and empirically; and this analysis might be focused on the quality of the solution found, or on how efficiently it is found. Whereas a theoretical analysis is typically a mathematical statement about the method, an empirical analysis of an algorithm typically involves its computer implementation, and the construction of benchmark data sets on which to evaluate the algorithm’s performance.

Research Area Faculty

The faculty researchers in this area exemplify the collaborative nature of the work done at Cornell Engineering.

Eilyan Bitar

Eilyan Bitar

Associate Professor; David Croll Sesquicentennial Faculty Fellow
Electrical and Computer Engineering
Frank H T Rhodes Hall, Room 326

Research Groups

Explore More Research Areas