Picture of Dr. G. Khan
 Dr. Gul N. Khan 
Professor and Program Director for Computer Engineering,
Department of Electrical and Computer Engineering   
Ryerson University 350 Victoria St. Toronto, Ontario CANADA M5B 2K3 
Telephone: +(416) 979 5000 ext. 6084, Fax: +(416) 979 5280 
Email:  gnkhan@ee.ryerson.ca   
 
Teaching
  Projects
  Experience
Publications
Citations
Research
Education

Consultation/Counseling Hours for Winter 2013 Semester: Monday 11:30AM-12:30PM or by Appointment  (Office ENG 448)

Intro of Ryerson Computer Engineering Program 2013

4th Year Computer Engineering Course Selection Guide for Academic Year 2013-14


Lecture Courses (Teaching Material):

         EE8205 Embedded Computer Systems
         COE718 Hardware-Software Codesign of Embedded Systems
         COE608 Computer Organization and Architecture
         Real-time Operating Systems

Undergraduate Student Design Projects :
Multicore NoC Design and FPGA Implementation for Multimedia Devices
Authentication and Secure and Secure Data Exchange for Smart RF (Tag/Card) Systems
Embedded SoPC for Appliance Control in a Smart Home
Gate Reminder for the Family in a Smart Home Environment


Reserach Interests: Embedded Systems, SoPC, Hardware/Software Codesign,  System-on-Chip, Network-on-Chip Design, Smart RFID Systems, Authentication Protocols, Fault Tolerant Software Systems, Advance Computer Systems, Biomedical Image Processing and Computer Vision, Intelligent Systems.
Associate Editor: Int. Journal Embedded and Real-Time Communication Systems
Research Lab: Microsystems Research Lab    
PhD Candidates to research in Embedded Systems, Hardware /Software Cosynthesis, Network-on-Chip, MPSoC, RF Security Protocols and related areas are welcomed to apply for MASc or PhD Graduate admission at Ryerson University . Adequate financial support is provided. Please contact Dr. Gul Khan for further information.

Design and Research Projects:
         NoC Topology Generation and Analysis for High Performance MPSOCs
         RFID-based Monitoring and Tracking of Elderly in a Smart Home
         Co-synthesis of Heterogeneous Multi-Task Embedded Systems with Real Time Constraints
         Fault-tolerant Scheduling Techniques for Real-time Systems
         Fault tolerant Embedded Computer System for Safety Critical Applications

Recent and Sample Publications: See also Gul Khan at Google Scholar

     Embedded and Networking Systems: Design, Software and Implementation, Eds. Gul Khan and Kris Iniewski,
    (CRC Press) Taylor & Francis, in press 2013

    Secure Authentication Scheme for Passive C1G2 RFID Tags
    XTEA based Secure Authentication Protocol for RFID Systems
   Designing Power and Performance Optimal Application-specific Network-on-Chip Architecture
   A Modeling tool for Simulating and Design of On-chip Network Systems
   Throughput-Oriented NoC Topology Generation and Analysis for High Performance SoCs
   CAD tool for Hardware Software Co-synthesis of Heterogeneous Multiple Processor Embedded Architectures
   SoPC based Smart Home Embedded Computer Capable of Caring for the Home Occupants
   Hardware Software Codesign of a Safety-Critical Embedded Computer System for an Automatic Endoscope
   Adaptive and  Fault Tolerant Message Routing using DRB Approach
   HPEC: Fault Tolerant Embedded System Architecture
   Advisory System for Colonoscopy


                                                                        This page is regularly updated