Unstructured Mesh Problems, PARTI Primitives, and the ARF Compiler. - Raja Das; Joel H. Saltz; Dimitri J. Mavriplis; Janet Wu; Harry Berryman (PP, 1991)

Compiler Analysis for Irregular Problems in Fortran D. - Reinhard von Hanxleden; Ken Kennedy; Charles Koelbel; Raja Das; Joel H. Saltz (LCPC, 1992)

Embedding Data Mappers with Distributed Memory Machine Compilers. - Ravi Ponnusamy; Joel H. Saltz; Raja Das; Charles Koelbel; Alok N. Choudhary (SIGPLAN Workshop, 1992)

Slicing Analysis and Indirect Accesses to Distributed Arrays. - Raja Das; Joel H. Saltz; Reinhard von Hanxleden (LCPC, 1993)

Parallelizing Molecular Dynamics Codes using the Parti Software Primitives. - Raja Das; Joel H. Saltz (PPSC, 1993)

Run-time and compile-time support for adaptive irregular problems. - Shamik D. Sharma; Ravi Ponnusamy; Bongki Moon; Yuan-Shin Hwang; Raja Das; Joel H. Saltz (SC, 1994)

Communication Optimizations for Irregular Scientific Computations on Distributed Memory Architectures. - Raja Das; Mustafa Uysal; Joel H. Saltz; Yuan-Shin Hwang (J. Parallel Distributed Comput., 1994)

Interprocedural Partial Redundancy Elimination and its Application to Distributed Memory Compilation. - Gagan Agrawal; Joel H. Saltz; Raja Das (PLDI, 1995)

Index Array Flattening Through Program Transformation. - Raja Das; Paul Havlak; Joel H. Saltz; Ken Kennedy (SC, 1995)

Supporting irregular distributions using data-parallel languages. - Ravi Ponnusamy; Yuan-Shin Hwang; Raja Das; Joel H. Saltz; Alok N. Choudhary; Geoffrey C. Fox (IEEE Parallel Distributed Technol. Syst. Appl., 1995)

Runtime and Language Support for Compiling Adaptive Irregular Programs on Distributed-memory Machines. - Yuan-Shin Hwang; Bongki Moon; Shamik D. Sharma; Ravi Ponnusamy; Raja Das; Joel H. Saltz (Softw. Pract. Exp., 1995)

Distributed Memory Compiler Design for Sparse Problems. - Janet Wu; Raja Das; Joel H. Saltz; Harry Berryman; Seema Hiranandani (IEEE Trans. Computers, 1995)

Implementation of a parallel unstructured Euler solver on shared- and distributed-memory architectures. - Dimitri J. Mavriplis; Raja Das; Joel H. Saltz; R. E. Vermeland (J. Supercomput., 1995)

Programming Irregular Applications: Runtime Support, Compilation and Tools. - Joel H. Saltz; Gagan Agrawal; Chialin Chang; Raja Das; Guy Edjlali; Paul Havlak; Yuan-Shin Hwang; Bongki Moon; Ravi Ponnusamy; Shamik D. Sharma; Alan Sussman; Mustafa Uysal (Adv. Comput., 1997)

A-Teams: An Agent Architecture for Optimization and Decision Support. - John Rachlin; Richard Goodwin; Sesh Murthy; Rama Akkiraju; Frederick Y. Wu; Santhosh Kumaran; Raja Das (ATAL, 1998)

Runtime and Compiler Support for Irregular Computations. - Raja Das; Yuan-Shin Hwang; Joel H. Saltz; Alan Sussman (Compiler Optimizations for Scalable Parallel Systems Languages, 2001)

An e-Business Integration & Collaboration Platform for B2B e-Commerce. - Kumar Bhaskaran; Jen-Yao Chung; Raja Das; Terry Heath; Santhosh Kumaran; Prabir Nandi (WECWIS, 2001)

Web Services Gateway: The Building Block for Business Connections and Dynamic e-Business. - Zongwei Luo; Raja Das; Kumar Bhaskaran; Santhosh Kumaran; John Y. Sayah (International Conference on Internet Computing, 2002)

ADoc-Oriented Programming. - Santhosh Kumaran; Prabir Nandi; Terry Heath; Kumar Bhaskaran; Raja Das (SAINT, 2003)

MulticoreSDK: a practical and efficient data race detector for real-world applications. - Yao Qi; Raja Das; Zhi Da Luo; Martin Trotter (PADTAD, 2009)

Unit testing for concurrent business code. - Yao Qi; Yarden Nir-Buchbinder; Eitan Farchi; Raja Das; Zhi Da Luo; Zhi Gan (PDATAD, 2010)

Effective Static Analysis to Find Concurrency Bugs in Java. - Zhi Da Luo; Linda Hillis; Raja Das; Yao Qi (SCAM, 2010)

Multicore SDK: A Practical and Efficient Deadlock Detector for Real-World Applications. - Zhi Da Luo; Raja Das; Yao Qi (ICST, 2011)

Run Time Parallelization. - Joel H. Saltz; Raja Das (Encyclopedia of Parallel Computing, 2011)

An integrated approach for prediction of radial overcut in electro discharge machining using fuzzy graph recurrent neural network. - Amrut Ranjan Jena; Raja Das; D. P. Acharjya (Int. J. Embed. Syst., 2021)

Artificial neural network-based pore size prediction of alginate gel scaffold for targeted drug delivery. - Raja Das; Jaykumar Bhasarkar; Amol Rastogi; Raghav Saxena; Dharmendra Kumar Bal (Neural Comput. Appl., 2023)

Artificial neural networks for prediction of COVID-19 in India by using backpropagation. - Balakrishnama Manohar; Raja Das (Expert Syst. J. Knowl. Eng., 2023)

Perpetual Exploration of a Ring in Presence of Byzantine Black Hole. - Pritam Goswami; Adri Bhattacharya; Raja Das; Partha Sarathi Mandal 001 (OPODIS, 2024)

Brief Announcement: Perpetual Exploration of Triangular Grid by Myopic Oblivious Robots Without Chirality. - Raja Das; Pritam Goswami; Buddhadeb Sau (SSS, 2024)

An Extensive Analysis of Machine Learning Techniques With Hyper-Parameter Tuning by Bayesian Optimized SVM Kernel for the Detection of Human Lung Disease. - Potharla Ramadevi; Raja Das (IEEE Access, 2024)

A Novel QoS Prediction Model for Web Services Based on an Adaptive Neuro-Fuzzy Inference System Using COOT Optimization. - Jithendra Thandra; Mohammad Zubair Khan; Shaik Sharief Basha; Raja Das; A. Divya; Chiranji Lal Chowdhary; Abdulrahman Alahmadi; Ahmed H. Alahmadi (IEEE Access, 2024)

Design of a unified physics-informed neural network using interior point algorithm to study the bioconvection nanofluid flow via stretching surface. - Priyanka Chandra; Raja Das (Eng. Appl. Artif. Intell., 2024)

A hybridized LSTM-ANN-RSA based deep learning models for prediction of COVID-19 cases in Eastern European countries. - Balakrishnama Manohar; Raja Das; M. Lakshmi (Expert Syst. Appl., 2024)

A new COVID-19 classification approach based on Bayesian optimization SVM kernel using chest X-ray datasets. - M. Lakshmi; Raja Das; Balakrishnama Manohar (Evol. Syst., 2024)

Rectangle Enclosed Triangular Grid Exploration with Myopic Luminous Robots. - Raja Das; Pritam Goswami; Brati Mondal; Buddhadeb Sau (ICDCN, 2025)

Exploration of Infinite Triangular Grid by Myopic Robots without Chirality. - Raja Das; Buddhadeb Sau (ICDCN, 2025)

Maximum independent set formation on a finite grid by myopic robots. - Raja Das; Avisek Sharma; Buddhadeb Sau (Theor. Comput. Sci., 2025)