An edge-wise linear shortest path algorithm for non negative weighted undirected graphs. - Muhammad Aasim Qureshi; Mohd Fadzil Hassan 001; Sohail Safdar; Rehan Akbar; Rabia Sammi (FIT, 2009)

Agent based Model for providing optimized, synchronized and failure free execution of workflow process - Sohail Safdar; Jamil Ahmad; Shaftab Ahmed; M. Tayyab Asghar; Saqib Saeed (CoRR, 2009)

A O(E) Time Shortest Path Algorithm For Non Negative Weighted Undirected Graphs - Muhammad Aasim Qureshi; Mohd Fadzil Bin Hassan 001; Sohail Safdar; Rehan Akbar (CoRR, 2009)

Biologically Inspired Execution Framework for Vulnerable Workflow Systems - Sohail Safdar; Mohd Fadzil Hassan 001; Muhammad Aasim Qureshi; Rehan Akbar (CoRR, 2009)

Analyzing Framework for Alternate Execution of Workflows for Different Types of Intrusion Threats. - Sohail Safdar; Mohd Fadzil Hassan 001 (ICSECS (2), 2011)

Formalizing an abstract architecture for the alternative data source utilized during system availability under intrusion threat. - Sohail Safdar; Mohd Fadzil Hassan 001; Rehan Akbar; Muhammad Aasim Qureshi (ICWCA, 2012)

Mechanism to continue system availability during cyber threat scenario. - Sohail Safdar; Mohd Fadzil Hassan 001; Karim Hajjar; Rehan Akbar; Baraa T. Sharef; Muhammad Aasim Qureshi (IMCOM, 2017)

Graphical authentication based on anti-shoulder surfing mechanism. - Goh Wen Bin; Sohail Safdar; Rehan Akbar; Suresh Subramanian (ICFNDS, 2018)

Adaptive security architectural model for protecting identity federation in service oriented computing. - Mohamed Ibrahim Beer Mohamed; Mohd Fadzil Hassan 001; Sohail Safdar; Muhammad Qaiser Saleem (J. King Saud Univ. Comput. Inf. Sci., 2021)

Sentiment Analysis of Reviews in Natural Language: Roman Urdu as a Case Study. - Muhammad Aasim Qureshi; Muhammad Asif; Mohd Fadzil Hassan 001; Adnan Abid; Asad Kamal; Sohail Safdar; Rehan Akbar (IEEE Access, 2022)

A User-Priorities-Based Strategy for Three-Phase Intelligent Recommendation and Negotiating Agents for Cloud Services. - Rishi Kumar; Mohd Fadzil Hassan 001; Muhamad Hariz Muhamad Adnan; Saurabh Shukla; Sohail Safdar; Muhammad Aasim Qureshi; Abdel-Haleem Abdel-Aty (IEEE Access, 2023)