On the Volume of a Certain Polytope. - Clara S. Chan; David P. Robbins; David S. Yuen (Exp. Math., 2000)

Paramodular cusp forms. - Cris Poor; David S. Yuen (Math. Comput., 2015)

Using Katsurada's determination of the Eisenstein series to compute Siegel eigenforms. - Oliver D. King; Cris Poor; Jerry Shurman; David S. Yuen (Math. Comput., 2018)

Maximizing the Number of Rides Served for Dial-a-Ride. - Barbara M. Anthony; Ricky Birnbaum; Sara Boyd; Ananya Christman; Christine Chung 001; Patrick Davis; Jigar Dhimar; David S. Yuen (ATMOS, 2019)

New Bounds for Maximizing Revenue in Online Dial-a-Ride. - Ananya Christman; Christine Chung 001; Nicholas Jaczko; Tianzhi Li; Scott Westvold; Xinyue Xu; David S. Yuen (IWOCA, 2020)

Finding all Borcherds product paramodular cusp forms of a given weight and level. - Cris Poor; Jerry Shurman; David S. Yuen (Math. Comput., 2020)

Serving Rides of Equal Importance for Time-Limited Dial-a-Ride. - Barbara M. Anthony; Ananya D. Christman; Christine Chung 001; David S. Yuen (MOTOR, 2021)

Improved Bounds for Revenue Maximization in Time-Limited Online Dial-a-Ride. - Ananya D. Christman; Christine Chung 001; Nicholas Jaczko; Tianzhi Li; Scott Westvold; Xinyue Xu; David S. Yuen (Oper. Res. Forum, 2021)

Robustly assigning unstable items. - Ananya Christman; Christine Chung 001; Nicholas Jaczko; Scott Westvold; David S. Yuen (J. Comb. Optim., 2022)

Earliest Deadline First Is a 2-Approximation for DARP with Time Windows. - Barbara M. Anthony; Christine Chung 001; Ananya Das 003; David S. Yuen (COCOA (2), 2023)

New Bounds on the Performance of SBP for the Dial-a-Ride Problem with Revenues (Short Paper). - Barbara M. Anthony; Christine Chung 001; Ananya Das 003; David S. Yuen (ATMOS, 2024)

Maximizing the number of rides served for time-limited Dial-a-Ride. - Barbara M. Anthony; Christine Chung 001; Ananya Das 003; David S. Yuen (Optim. Methods Softw., 2024)

Maximizing Rides Served for Dial-a-Ride on the Uniform Metric. - Barbara M. Anthony; Ricky Birnbaum; Sara Boyd; Christine Chung 001; Ananya Das 003; Patrick Davis; Jigar Dhimar; Duc Tran; David S. Yuen (Theory Comput. Syst., 2025)