Transcript Introduction to CSE faculty

I NTRODUCTION TO CSE FACULTY
R ESEARCH AREAS AND DOMAINS
F YP T HEME
Product
Oriented
solution
Research and
Development
Nature
of
Projects
F YP T HEME
Foreign
Partner
Institutes
Faculty
Industry
Project
Resources
D R . KHURRAM A ZIZ
RESEARCH GROUP
RESEARCH AREA
Next Generation
Communication Technologies
Performance
Modelling, Optical
Networks, Sensor
Networks, Mobile
Computing
INDUSTRY LINKAGES
Ufone,Mivotel(3G Mobile
Roaming)
Software
Development
Interests: Game
Programming,
Simulation
D R . KHURRAM A ZIZ
A BOUT HIS R ESEARCH AND P ROJECTS
CURRENT RESEARCH
Submitted a proposal for
development of 3G Roaming
Hub to ICT R&D fund, in
collaboration with Mivotel.
Development of a 3-D
modeler from text
description in order to
depict and solve multidimensional state diagrams.
PREVIOUS PROJECT
Raw Network Data and
Classification
D R . N.D G OHAR
RESEARCH AREA
RESEARCH GROUP
Group for Research in ASIC and
FPGA
INDUSTRY LINKAGES
NexTek Service, Islamabad,
Microelectronics and
ASIC Design,
Communications
System Design,
Microprocessor
Applications and
Embedded System
Design
D R . N.D G OHAR
A BOUT HIS RESEACH AND
PROJECTS
Current research
Software Defined Radio
Development using a
Network-On-Chip based
Rapid Prototyping Platform
Digitally Assisted Analogue
Circuits
Current Projects
Title: Design and FPGA
Based Implementation of
Scalable FFT/IFFT for
WiMAX and DVB-H
Design and FPGA Based
Implementation of a
DSSS/CCK Based IEEE
802.11g Transceiver
Design and FPGA Based
Implementation of a CCK
Correlator/De-Correlator
Block for DSSS Technique in
IEEE 802.11g
Design and FPGA Based
Implementation of a
Common Kernel for Data
Interleaver/De-interleaver
for WiMAX and DVB-H
Design and FPGA Based
Implementation of a ReedSolomon Encoder/Decoder
Compatible with WiMAX
and DVB-H
M. A AMIR J ELANI
RESEARCH GROUP
Signal Processing and
Communication Lab
INDUSTRY LINKAGES
Nokia, Telenor
RESEARCH AREA
Signal Processing
(Image/Video
Processing),
Embedded Systems
Interfacing/Program
ming,
Communication
Systems, Simulation
M. A AMIR J ELANI
A BOUT HIS P ROJECTS
Previous Projects
Signaling System 7
(SS7) Stack
Implementation
Aerial Mine
Detection using
unmanned
hovercraft
Image
Watermarking
Audio Design
Toolkit
Multiuser Detection
in DS-CDMA System
OFDM Test Bed
SIP Protocol Tester
IVR Framework
M. A AMIR J ELANI
A BOUT HIS P ROJECTS
Current Projects
Disaster Rescue
using unmanned
Aerial Vehicle
Augmented Reality
for In-Vehicle View
Mouse Control
using Eye
Movement
4-S Mobile Phone
V-Track
Face Detection
using Geomatric
Local Feature
Extraction
Automatic
Modulation
Detection
D R . A NJUM N AVEED
RESEARCH GROUP
Center for Network Analysis
and Research (formerly Maggie)
INDUSTRY LINKAGES
WiTribe, Wateen, Wingtatt
(malaysia)
RESEARCH AREA
Wireless Mesh
Networks, WiMAX
Networks, Network
Simulations,
Network
Optimization,
Mobile
Computation.
D R . A NJUM N AVEED
A BOUT
HIS RESEARCH
His current research activities include research based projects as well as research and
development projects.
-In WiMAX domain, he is working on the network performance optimization. He is working
on limited throughput, interference minimization and deployment issues of Wateen as
well as WiTribe networks. Undergraduate students can be part of limited research,
prototype development and simulation of the solutions for WiMAX networks.
-In Wireless Mesh Networks domain, a number of algorithms have been developed for
channel assignment and multipath routing. Simulation and performance verification of
these algorithms can be strong research based FYPs.
-Development of automated mobile transaction processing system is one of the
development based projects where he is actively involved. Students can participate in this
project.
D R . A DEEL B AIG
RESEARCH GROUP
Center of Excellence for IP
Technologies
INDUSTRY LINKAGES
PTCL, Amaana (mobile
payment company), Advance
IMS
RESEARCH AREA
Mobility
management in
Mobile networks,
Routing in NGN
Wired/Wireless
networks, Traffic
Engineering, IMS
D R . A DEEL B AIG
A BOUT
HIS RESEARCH
With PTCL they are working on Traffic engineering solutions using MPLS. Network traffic
carries different classes of traffic. It is important to allocate proper resources for all classes
of traffic. The aim/output of this research is to achieve high acceptance rate for real time
requests without rejecting too many low priority (non real time) requests.
With Amaana they are working on a secure open source mobile payment solution that
provides the flexibility of mobile payments to users, banks and POS.
In routing they are working on novel routing solutions for cognitive radio networks.
Multiple interfaces and multiple channels in CRN make it a challenging problem to allocate
channels and achieve low latency and high throughput.
In mobile networks they are developing efficient mobility management schemes. Mobile
networks frequently change their point of attachment. Maintaining session connectivity
for all the users in a mobile network becomes a challenging research issue.
D R . FAUZAN M IRZA
RESEARCH GROUP
NUST-SEECS Information
Security Research Group
INDUSTRY LINKAGES
NONE
RESEARCH AREA
Cryptology, especially
design and cryptanalysis
of symmetric-key ciphers
Malicious software
(malware) analysis
Software copy protection
and digital watermarking
Network security
Digital forensics and
investigation
D R . FAUZAN M IRZA
A BOUT HIS P ROJECTS
Previous Projects
Bluetooth based
proximity detection
and authentication
Malicious software
analysis toolkit
Automatic malicious
software analysis and
detection
Enterprise solution for
data security and file
encryption
Enterprise solution for
data security and file
encryption
Hardware-based hard disk
write blocker
Active forensic
analysis of Windowsbased computers
Penetration detection
and network incident
response toolkit
Digital evidence from
digital cameras and
mobile phones
D R . FAUZAN M IRZA
C URRENT P ROJECTS
Security Analysis Game: Develop a computer game designed to
test the players' technical skill and aptitude in information
security
Secure USB Storage for Enterprise Environments: Implement a
secure storage facility on any USB drive with key recovery
feature.
Software Vulnerability & Exploit Discovery: Learn and
demonstrate how hackers exploit serious weaknesses in
software.
Secure Peer-to-Peer Instant Messenger: Implement a secure
peer-to-peer based file sharing
DR. NAZAR SAQIB
Dr. Nazar Abbas Saqib
Centre of Excellence for FPGAs and ASIC Research (CEFAR)
Projects:
• Design and Verification of Low Power, High Speed IP Suite for USB 3.0
(Whizz Silicon)
• Automatic Gas Meter Control (Sui Northern Gas Pipeline Ltd)
• Development of GSM Interception Device (Proposal submitted)
• Bulk Encryptor (Completed)
HEC awards PKR 35 Million Mentor Graphics Tools to SEECSNUST
Mixed Signal RF IC
Design Flow
ASIC Design Flow
FPGA Design
Flow
PCB Design Flow
* SEECS be the Authorized Training Partner of Mentor
Graphics USA !!
CEFAR purchases Xilinx Tools from NUST seed money (PKR 1.9 Million)
Xilinx Software Tools (ISE 10.1,
Plateform Studio & EDK 10.1, Modelsim
)
Xilinx Hardware Kits (Virtex-II,
Virtex-IV, Virtex-V)
Design and Verification of Low Power,
High Speed IP Suite for Universal Serial
Bus
(USB
3.0)
To develop a suite of low power, configurable and high speed USB 3.0 IP
Project Funding: PKR 35.48 Million
Funded By: National ICT & RD Fund
Project Collaborators
School of Electrical
Engineering &
Computer Science
(SEECS)
Dr. Nazar Abbas
Dr. Rehan Hafiz
Mr. Bilal Saqib
Whizz Silicon
Mr. Jahangir
Mr. M. Shabir
cores including IPs for USB 3.0 host controller, USB 3.0 device controller
and USB 3.0 support functions to meet the needs of this "poised-toexplode" market.
Secure Voice Data And Fax(SVDF) Communication
System For PSTN
A real time testing on public switched telephone network (PSTN)
PSTN
The deliverables include:
1. Synthesis Advanced Encryption Standard (AES) Algorithm on xilinx10.1
using ISE tools.
2. Synthesis of Code Exited Linear Prediction (CELP) Algorithm on
xilinx10.1 using ISE tools.
3. Implementation of AES on FPGA.
4. Implementation of CELP on FPGA.
D R . S HAHZAD Y OUNIS
PREVIOUS PROJECTS
Design and Implementation
of 16 bit RISC Processor
Implementation of 8 bit
Viterbi decoder using verilog
HDL
QAM Implementation on
FPGA
Diagnostic of Diabetics using
eye retina image
RESEARCH AREA
Digital Signal Processing, Digital
Image Processing, Digital
System Design, Communication,
Micro-processor based systems
D R . S HAHZAD Y OUNIS
CURRENT PROJECTS
Time shared Pipelined
RISC Processor
An Automatic Speaker
Recognition System
Optimized Real time 8
bit RISC architecture
• A Real Time Spectrum
Analyzer with FFT
Scene Matching Using
Correlation
Audio Equalizer Using
Fixed & Multi-Rate
Sampling Techniques
Barrier-clearning
Video Controlled
Electronic Targetseeking Car
2-D Image
Compression Using
Discrete Wavelet
Transform
Diagnostic and
classification of
Diabetics using eye
retina image
A LI S AJJAD
RESEARCH GROUP
WisNET Lab
RESEARCH AREA
INDUSTRY LINKAGES
IBM, Tivloi Identity
Management and Tivoli
Directory Services
Network
Monitoring,
Network Security,
Mobile Computing
A LI S AJJAD
ABOUT HIS PROJECTS
Open Source Enterprise Network Security Solution
Under this project, we will research and develop an accurate
and real-time enterprise intrusion detection and prevention
solution to detect zero-day network attacks. This solution will
consist of two main components: a passive anomaly detector
and an active anomaly detector
Network-Embedded Security using In-Network Packet Marking
Under this project, we will investigate a network-embedded security framework,
in which the endpoints, the edge networks and the network core act in a
coordinated and practical manner to defeat high-rate traffic attacks. The
objective of this project is to indigenously research a state-of-the-art network
security solution in Pakistan. The proposed security solution will be tested on
academic and industrial networks and its outputs will be widely disseminated in
research and development communities throughout the world..
S AVERA TANWIR
RESEARCH GROUP
NUST-SEECS Network Research
Group
INDUSTRY LINKAGES
IBM, SPS, Micronet/Nayatel
RESEARCH AREA
Optical Networks,
Wireless-Optical
Broadband Access
Networks,
Monitoring and
Management of
Networks
S AVERA TANWIR
A BOUT HER P ROJECTS
Previous Projects
Network Anomaly
detection and traffic
monitoring with statistical
analysis and custom based
signatures (in collaboration
with Micronet/Nayatel)
- Dynamic
Scheduling of
resources in optical circuit
switched networks
- BGP Network
Monitoring(in
collaboration with
Micronet/Nayatel)
-
QoS in Optical Burst
Switching
Automated Network
Configuration Implementation
(in collaboration with
Micronet/Nayatel)
- Design and Performance
Analysis of wired and
wireless network for
NUST H-12
- End to end QoS
provision for multicast
services over wireless
mesh network
Campus
S AVERA TANWIR
A BOUT HER P ROJECTS
Current Projects
She is working with
SPS and IBM on
deployment of a
testbed for
effectively
monitoring and
managing SEECS
network using IBM
Tivoli Netcool Suite.
The second project
she is working on is
to develop and test
innovative routing
approaches that take
into account both the
wireless part and the
optical part of the
WOBAN as an
integrated system
K HALIDA N OORI
RESEARCH GROUP
Next Generation
Communication Technologies
INDUSTRY LINKAGES
PTCL,Siemens
RESEARCH AREA
Wireless
Communication
MIMO Systems
Channel Estimation
Cooperative Systems
K HALIDA NOORI
A BOUT HER P ROJECTS
Previous Projects
Combination of MIMO
with MC-CDMA
Adaptive OFDM
System
MIMO OFDM System
Performance Analaysis
of OFDM System by
using FEC Techniques
Comparison of DSCDMA and MC-CDMA
Design Analysis and
Implementation of
Coded Interleave
Division Multiple Access
with different
Cooperative Techniques
Application of layered
structures to MCCDMA
Fiber Optic Network
Using GIS
Implementation of
WiMAX 802.16e on
DSP Kit
K HALIDA NOORI
A BOUT
HER RESEARCH
Her current work is comprehensive research related to 4G communication. Her domain include purely
research based projects with standard research paper in well reputed international conference and
journals.
In wireless network, she is working on Ad-hoc (cooperative)networks. In this multiple transmit nodes
commnunicate with multiple receive nodes. To optimize the capacity of Ad-hoc channels, MIMO
concepts and techniques can be applied to multiple links between the transmit and receive node
clusters. This can be a strong research based FYPs.
Contrasted to multiple antennas in a single-user MIMO transceiver, participating nodes and their
antennas are located in a distributed manner. So, to achieve the capacity of this network, techniques to
manage distributed radio resources are essential. Implementation of strategies such as autonomous
interference cognition, node cooperation, and network coding have been suggested as solutions to
optimize wireless network capacity and are truly research based FYPs.
Currently she is working on a novel scalable video transmission strategy over multiple input multiple
output (MIMO) wireless system with time varying channel capacity. It is a great challenge to
simultaneously guarantee the QoS for video delivery and maximize the system throughput over time
varying MIMO channel. This research project need highly programmable skills.
AYESHA S ALEEM
RESEARCH GROUP
Next Generation
Communication Technologies
INDUSTRY LINKAGES
Harris Communications
RESEARCH AREA
Wireless Networking
AYESHA S ALEEM
A BOUT HER P ROJECTS
Previous Projects
Simulation based analysis of SEECS network using OPNET
Current Projects
Development of IP camera
for surveillance system
Development of a solution
to remotely steer the IP
camera
M ADEEHA O WAIS
RESEARCH GROUP
Next Generation
Communication Technologies
INDUSTRY LINKAGES
Warid, Wi-Tribe,Mobilink
RESEARCH AREA
Radio Resource
Management, 3G
and 4G Cellular
Technologies,TeleTraffic Engineering
Madeeha Owais
A BOUT HER P ROJECTS
Previous Projects
Forecasting the impact
Simulation based
analysis
of SEECS network
using OPNET
Automatic
Frequency
of wide spread use of
Planning Tool
energy savers in the
NTDC network of
Pakistan
Current Projects
Network Outages Management
System in collaboration with
Mobilink
A NY Q UESTION