A Versatile Algorithm to Generate Various Combinatorial Structures - Pramod Ganapathi; Rama B (CoRR, 2010)

High-performance recursive dynamic programming for bioinformatics using MM-like flexible kernels. - Jesmin Jahan Tithi; Pramod Ganapathi; Aakrati Talati; Rezaul Alam Chowdhury (BCB, 2014)

High-Performance Energy-Efficient Recursive Dynamic Programming with Matrix-Multiplication-Like Flexible Kernels. - Jesmin Jahan Tithi; Pramod Ganapathi; Aakrati Talati; Sonal Aggarwal; Rezaul Alam Chowdhury (IPDPS, 2015)

Cache-oblivious wavefront: improving parallelism of recursive dynamic programming algorithms without losing cache-efficiency. - Yuan Tang; Ronghui You; Haibin Kan; Jesmin Jahan Tithi; Pramod Ganapathi; Rezaul Alam Chowdhury (PPoPP, 2015)

An Efficient Cache-oblivious Parallel Viterbi Algorithm. - Rezaul Chowdhury; Pramod Ganapathi; Vivek Pradhan; Jesmin Jahan Tithi; Yunpeng Xiao (Euro-Par, 2016)

The I/O Complexity of Computing Prime Tables. - Michael A. Bender; Rezaul Chowdhury; Alexander Conway 001; Martin Farach-Colton; Pramod Ganapathi; Rob Johnson 001; Samuel McCauley; Bertrand Simon 001; Shikha Singh 002 (LATIN, 2016)

AUTOGEN: automatic discovery of cache-oblivious parallel recursive algorithms for solving dynamic programs. - Rezaul Alam Chowdhury; Pramod Ganapathi; Jesmin Jahan Tithi; Charles Bachmeier; Bradley C. Kuszmaul; Charles E. Leiserson; Armando Solar-Lezama; Yuan Tang (PPoPP, 2016)

POSTER: Provably Efficient Scheduling of Cache-Oblivious Wavefront Algorithms. - Rezaul Chowdhury; Pramod Ganapathi; Yuan Tang; Jesmin Jahan Tithi (PPoPP, 2017)

Provably Efficient Scheduling of Cache-oblivious Wavefront Algorithms. - Rezaul Chowdhury; Pramod Ganapathi; Yuan Tang; Jesmin Jahan Tithi (SPAA, 2017)

Autogen: Automatic Discovery of Efficient Recursive Divide-8-Conquer Algorithms for Solving Dynamic Programming Problems. - Rezaul Chowdhury; Pramod Ganapathi; Stephen L. Tschudi; Jesmin Jahan Tithi; Charles Bachmeier; Charles E. Leiserson; Armando Solar-Lezama; Bradley C. Kuszmaul; Yuan Tang (ACM Trans. Parallel Comput., 2017)

The range 1 query (R1Q) problem. - Michael A. Bender; Rezaul Alam Chowdhury; Pramod Ganapathi; Samuel McCauley; Yuan Tang (Theor. Comput. Sci., 2018)

Toward efficient architecture-independent algorithms for dynamic programs: poster. - Mohammad Mahdi Javanmard; Pramod Ganapathi; Rathish Das; Zafar Ahmad; Stephen L. Tschudi; Rezaul Chowdhury (PPoPP, 2019)

Toward Efficient Architecture-Independent Algorithms for Dynamic Programs. - Mohammad Mahdi Javanmard; Pramod Ganapathi; Rathish Das; Zafar Ahmad; Stephen L. Tschudi; Rezaul Chowdhury (ISC, 2019)

Low-Depth Parallel Algorithms for the Binary-Forking Model without Atomics. - Zafar Ahmad; Rezaul Chowdhury; Rathish Das; Pramod Ganapathi; Aaron Gregory; Mohammad Mahdi Javanmard (CoRR, 2020)

Low-Span Parallel Algorithms for the Binary-Forking Model. - Zafar Ahmad; Rezaul Chowdhury; Rathish Das; Pramod Ganapathi; Aaron Gregory; Mohammad Mahdi Javanmard (SPAA, 2021)

Fast Stencil Computations using Fast Fourier Transforms. - Zafar Ahmad; Rezaul Chowdhury; Rathish Das; Pramod Ganapathi; Aaron Gregory; Yimin Zhu (SPAA, 2021)

FOURST: A code generator for FFT-based fast stencil computations. - Zafar Ahmad; Mohammad Mahdi Javanmard; Gregory Thomas Croisdale; Aaron Gregory; Pramod Ganapathi; Louis-Noël Pouchet; Rezaul Chowdhury (ISPASS, 2022)

Brief Announcement: Faster Stencil Computations using Gaussian Approximations. - Zafar Ahmad; Rezaul Chowdhury; Rathish Das; Pramod Ganapathi; Aaron Gregory; Yimin Zhu (SPAA, 2022)

Parallel Divide-and-Conquer Algorithms for Bubble Sort, Selection Sort and Insertion Sort. - Pramod Ganapathi; Rezaul Chowdhury (Comput. J., 2022)

An Algorithm for the Sequence Alignment with Gap Penalty Problem using Multiway Divide-and-Conquer and Matrix Transposition. - Shubham; Surya Prakash 001; Pramod Ganapathi (Inf. Process. Lett., 2022)

A Unified Framework to Discover Permutation Generation Algorithms. - Pramod Ganapathi; Rezaul Chowdhury (Comput. J., 2023)

A Fast Algorithm for Aperiodic Linear Stencil Computation using Fast Fourier Transforms. - Zafar Ahmad; Rezaul Chowdhury; Rathish Das; Pramod Ganapathi; Aaron Gregory; Yimin Zhu (ACM Trans. Parallel Comput., 2023)