Department of Computing

Research Groups Managed by Dept. of Computing

High Performance Computing Lab
Dr. Aamir Shafi, Samin Khaliq, Hammad Siddiqi, Umar Butt, Aftab Hussain, Faisal Zahid, Syed Akbar Mehdi

SEECS has established a High Performance Computing (HPC) Center, which is the first of its own kind in the Pakistani academia. This HPC center comprises of Sun's mainframe supercomputers like the Sun Fire V890 and clusters built with Sun Ultra and SunBlade workstations. An objective of this high performance facility is to conduct research, development, and evaluation of parallel programming libraries, languages, and paradigms. This high performance computing center aspires to support scientific computing ranging from forming cosmological structures like galaxies to modeling neurons that form the basis of a brain.

Visit Research Group Website:
Close
Data Engineering for Large Scale Applications Research Group - DELSA
Dr. Sharifullah Khan, Dr. Khalid Latif, Owais Malik, Aatif Kamal, Muhammad Bilal, Azhar Maqsood

The Data Engineering for Large Scale Applications (DELSA) research group explores semantics, databases, and interoperable systems in scientific and business domains. The research group aims at broadening the focus of database and data management techniques beyond their traditional scope. Currently on-going projects include data warehousing over distributed heterogeneous information sources, object-oriented database and transformation tools, semantic interoperability, heterogeneous database integration, distributed database design, semantic modeling in domains including bio-informatics and mobile query processing and query optimization, to just name a few. Our general methodology is to build systems to evaluate the feasibility and usefulness of our ideas as appropriate

Visit Research Group Website
Close
Semantic Systems Research Group - SSRG
Dr. Hafiz Farooq Ahmad, Sarmad Sadiq

To carry out research in semantic based system in the areas of Health Systems Interoperability, Web Application Security. The group has interest in high performance computing and storage systems as well and overall group objective is to prepare students for conducting research in a way to apply in real environment.
Application Domain

  • Semantics in Health Informatics
  • Web Application Security
  • High Performance Computing
Visit Research Group Website
Close
SEECS Distributed & Grid Computing Group
Dr Arshad Ali, Tahir Azim, Faisal Khan, Kamran Soomro, Badar Ahmed, Farooq Ahmed, Dr Raihan ur Rasool

The aim of our research group is to gain expertise in Distributed and Grid computing field and develop applications through which we can practically utilize the strength of Distributed and GRID computing. Hard work of this group has resulted in our strong collaboration with internationally renowned institutes like California Institute of Technology (CALTECH), USA and University of the West of England (UWE) and CERN labs Geneva and number international research publication.

Visit Research Group Website
Close
Smart Machines And Robotics Technology (SMART)
Shamyl Bin Mansoor, Dr Osman Hasan, Shahid Razzaq, Muhammad Saqib, Abdul Afram, Asad Ali Shah

Smart Machines And Robotics Technology lab is interested in investigating problems in the areas of intelligent robotics, Simulator Design, Tele-Surgical Robots and cost effective applications for Tele-Health Care. SMART Lab is currently working in collaboration with Holy Family Hospital, Rawalpindi, for the project "Development of a Tele-Surgical Training Robot and Simulator". The project funding is currently under review by National ICT R&D Fund.

Visit Research Group Website
Close
Systems Research Group (SRG)

The Systems Research Group at SEECS is breaking new grounds in research in Distributed Operating Systems; Mobile and Ubiquitous Computing, Critical Infrastructure protection and Hypervisors. Researchers at SRG have partnered with both local and international companies to develop cutting-edge software tools to model and develop communication networks that monitor and control large system of systems in a secure and reliable manner

Visit Research Group Website
Close
KTH-SEECS Applied Information Security (AIS) Lab

KTH-SEECS Applied Information Security (AIS) Lab is a joint effort of NUST School of Electrical Engineering and Computer Science ( SEECS ) Pakistan and Royal Institute of Technology (KTH), Sweden. The work undertaken in the lab targets the broad field of information and network security.

Visit AIS Lab Website
Close
Research Group of Remote sensing and Geoinformatic, RGRG

Center of Excellence in Remote Sensing & Geo-Informatics is formed in 2011 at SEECS, NUST. This group is actively involved in the research of remote sensing, satellite image processing and GIS. The group comprises a multi-disciplinary team of scientists with expertise in remote-sensing, image processing, GIS, computer vision and computer science.

Visit RGRG Website
Close
Medical Image Analysis and Computer Vision

Medical Image Analysis and Computer Vision (MedIA) Research Group is an interdisciplinary group working on the computer-based interpretation of 2D and 3D image data sets from conventional and non-conventional image sources. We perform research in the domain of Medical Image Analysis and Visualization, Retinal Image Processing and Development of Computer Assisted Diagnostic systems for Ophthalmologic disorders, Object Recognition, Gesture Analysis, Tracking, Scene Understanding and Modelling.

Visit Website
Close
Center for Research in Modeling, Simulation & Vision (Crimson)

Crimson focuses on the exoteric and esoteric research:

  1. To cater Modeling, Simulation, Analysis and Optimization of complex research problems related to the disparate fields of Information and Communication Technology, and eventually contribute in decision support of acquisition and enablement of ICT in different components of national infrastructure.
  2. Identify and articulate the most important, impactful modeling and simulation research problems that must be addressed to maximize the impact of M&S paradigms in ICT technologies.
  3. Enable innovations in solving of complex engineering problems through effective use of new M&S technologies in different domains.
  4. Imply methods of computer vision for developing efficient automated surveillance systems to enhance security and efficient monitoring of processes of different domains, thus contributing in the efficiency of the national infrastructure.

For more detail please visit the following link

Close