Untitled Document

 

 

Name

Peer Azmat Shah

Email

Peer.azmat@comsats.edu.pk

Department

Computer Science

Designation

Lecturer

Highest Qualification / Degree awarding university

MS(CS), M. A. Jinnah University, Islamabad

Distinctions / Awards

None

Conference papers

  • Peer Azmat Shah, Sadaf Yasmeen, Sohail Asghar, “A Fluid Flow Model for SCTP Traffic over the Internet”, accepted for publication in 2nd IEEE International Conference on Emerging Network Intelligence (EMERGING 2010), Florence Italy,  October 25-30, 2010
  • Peer Azmat Shah, Muhammad Yousaf, Amir Qayyum, Shahzad A. Malik, "An Analysis of Service Disruption Time for TCP Applications Using End-to-End Mobility Management Protocols", In proceedings of 7th ACM conference on Mobile computing and Multimedia (MoMM 2009), Kualalumpur Malaysia, Dec 14-16, 2009, pp:360-364
  • Peer Azmat Shah, Maaz Rehan, Hafiz Muhammad Umer Chughtai, Amir Qayyum, “On Reducing Throughput Degradation of TCP Connection after Vertical Handover”, In proceeding of 13th IEEE International Multitopic Conference (INMIC 2009), Islamabad, Pakistan, Dec 14-15, 2009, pp:250-253
  • Peer Azmat Shah, Muhammad Yousaf “End-to-End Mobility Management Solutions for TCP: An Analysis” In proceedings of 11th IEEE International Conference of Computer & Information Technology (ICCIT 2008), Dec 25-27, 2008 , Khulna, Bangladesh, pp:696-701
  • Peer Azmat Shah, M. Maaz Rehan “From Deep Web up to the Surface Web” In proceedings of 1st  National Conference on Security, Computing and Communication (NCSCC 2008), Jun 26, 2008, Kohat, Pakistan, pp:78-83
  • Peer Azmat Shah, M. Maaz Rehan “Load Balancing for Congestion Control in MPLS Networks” In proceedings of 1st National Conference on Security, Computing and Communication (NCSCC 2008), Jun 26, 2008, Kohat, Pakistan, pp:91-93

 

Journal publications

  • Peer Azmat Shah, Muhammad Yousaf, Amir Qayyum “Performance Comparison of End-to-End Mobility Management Protocols for TCP”, under review in Elsevier Computer Networks and Applications Journal.

 

Subjects Teaching

1. Cryptography

2. Software Engineering