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Shahram Heydari, PhD - University of Ontario Institute of Technology. Oshawa, ON, CA

Shahram Heydari, PhD Shahram Heydari, PhD

Associate Professor, Faculty of Business and Information Technology | University of Ontario Institute of Technology

Oshawa, ON, CANADA

Breaking new ground in mobile and network infrastructure technology

Biography

Improving the efficiency, reliability and security of communication networks drives the research of Shahram Heydari, PhD, Associate Professor in the Faculty of Business and Information Technology. He has always had a keen interest in science, and became immersed in designing and advancing network technology early in his career.

Dr. Heydari obtained both his Bachelor of Science degree and his Master of Science degree from Sharif University of Technology in Iran, in 1990 and 1993, respectively. In 1994, he began his career as a project engineer and network designer at Informatics Services Corporation in Tehran, Iran. In 1996, he immigrated to Canada to pursue further post-graduate studies, and in 1998 he earned a Master of Science degree from Concordia University in Montreal, Quebec. While at Concordia, he served as a research assistant; then joined Presentey Engineering Products Ltd. in Gloucester, Ontario as a project engineer. In 1999, he started working as a software designer for Nortel Networks, the largest Canadian telecom equipment vendor at the time, and became a member of its scientific staff, fueling his ambition for research, and guiding his career toward academia.

While at Nortel, he was also a part-time lecturer and research assistant at the University of Ottawa’s (U of O) School of Electrical Engineering and Computer Science, mentoring his students and exploring research opportunities. In 2003, he moved to Nortel’s enterprise networking division as a system designer and firmware engineer, where he continued to work until 2007. A banner year, in 2007 he was granted a U.S. patent for his innovation in developing a Hierarchical Tree-Based Protection Scheme for Mesh Networks, while at Nortel. He also received his Doctorate from the School of Information Technology and Engineering at U of O; and joined UOIT as an assistant professor.

At UOIT, he lives by the philosophy that training the next generation of researchers is as important as the research itself. Dr. Heydari spends most of his time guiding his graduate students towards improving their analytical and methodical research, as well as the documentation and presentation of their work.

He is a Senior Member of the Institute of Electronic and Electrical Engineers (IEEE), and a Certified Instructor with the Cisco Networking Academy.

Industry Expertise (8)

Computer/Network Security Electrical Engineering Education/Learning Computer Hardware Computer Networking Research Computer Software Information Technology and Services

Areas of Expertise (5)

Disaster Recovery and Traffic Protection in Telecommunication Network Infrastructure Software-Defined Networking Smart City Infrastructure Network Situational Awareness Systems Reliable Mobile Ad-Hoc Networks

Accomplishments (3)

Senior Member, Institute of Electrical and Electronic Engineers (IEEE) (professional)

2013-11-01

Dr. Heydari is a senior member of the IEEE, the world’s largest professional association for the advancement of technology, inspiring a global community through peer-reviewed publications, conferences, technology standards, and professional and educational activities.

Associate Professor, Faculty of Business and Information Technology, UOIT (professional)

2013-07-01

Nominated for a UOIT teaching award in 2012, Dr. Heydari teaches undergraduate courses in Networking, Network Performance Evaluation, Basic Digital Transmission, Distributed Systems and Networking, and IT Project Management; and graduate courses in Advanced Communication Networks and Advanced Network Design.

Cisco Certified Network Academy Instructor (professional)

2007-09-01

Dr. Heydari is a Cisco Networking Academy instructor, helping students worldwide gain the skills needed to build, design, and maintain computer networks, and prepare for industry recognized certifications.

Education (4)

University of Ottawa: PhD, School of Information Technology and Engineering 2007

Concordia University: MASc, Department of Electrical and Computer Engineering 1998

Sharif University of Technology: MSc, Department of Electrical Engineering 1993


Sharif University of Technology: BSc, Department of Electrical Engineering 1990

Affiliations (2)

  • Institute of Electronic and Electrical Engineers
  • Cisco Networking Academy

Event Appearances (13)

Performance Evaluation of LTE EPC Self- Healing Solutions

IEEE Globecom Workshop on Management of Emerging Networks and Services  Anaheim, California

2013-12-09

Predictive Filtering for Adjacency-Based Localization in MANET

The 7th International Workshop on Wireless Sensor, Actuator and Robot Networks  Cambridge, Massachusetts

2013-05-20

Enhancing Collection Tree Protocol for Mobile Wireless Sensor Networks

Proceedings of the 4th International Conference on Emerging Ubiquitous Systems and Pervasive Networks  Niagara Falls, Ontario

2013-03-06

Preventive Network Protection in Probabilistic Large- Scale Failure Scenarios

IEEE Globecom Workshop on Management of Emerging Networks and Services  Anaheim, California

2012-12-03

OLSR-based Coarse Localization in Tactical M ANET Situational Awareness Systems

IEEE ICC Workshop on Smart Communications in Network Technologies  Ottawa, Canada

2012-06-10

Analyzing Network Failures in Disaster Scenarios using a Travelling Wave Probabilistic Model

26th Queen's Biennial Symposium on Communications  Kingston, Ontario

2012-05-28

A Probabilistic Model for Network Survivability in Large Scale Failure Scenarios

IEEE Canadian Conference on Electrical and Computer Engineering (CCECE’12)  Montreal, Quebec

2012-04-29

A Self-healing Approach for LTE Evolved Packet Core

IEEE Canadian Conference on Electrical and Computer Engineering (CCECE’12)  Montreal, Quebec

2012-04-29

OLSR-based T opology Discovery for Mobile Situational Awareness Systems

2nd International Conference on Ambient Systems, Networks and Technologies, pp. 418-425  Niagara Falls, Ontario

2011-09-19

Building Interactive Multi-User In-Class Learning Modules for Computer Networking

Proceedings of the 7th International Conference on Networking and Services  Venice, Italy

2011-05-22

Packet Tracer as an Educational Serious Gaming Platform

Proceedings of the 7th International Conference on Networking and Services, pp. 299-305  Venice, Italy

2011-05-22

Collector Tree Protocol (CTP) Performance in Mobile Wireless Sensor Networks

The First IEEE International Workshop on Sensor Networks for Intelligence Gathering and Monitoring  Niagara Falls, Ontario

2011-05-08

Lightweight Reliable Overlay Multicasting in Large-scale P2P Networks

Canadian Conference on Computer Science & Software Engineering (C3S2E’10)  Montreal, Quebec

2010-05-19

Patents (1)

Hierarchical tree-based protection scheme for mesh networks

U.S. Patent No. 7203743 B2

2007-04-10

Abstract: In a hierarchical tree-based protection scheme, a node in a mesh network is designated as a root node of a spanning hierarchical protection tree and subsequently invites each adjacent node to become its child within the tree. If the inviting node provides a more capacious protection path to the root node than is currently enjoyed by the invitee, the invitee designates the inviting node as its primary parent and assumes a new tree position. Otherwise, the invitee designates the inviting node as a backup parent. A node assuming a new tree position invites all adjacent nodes except its parent to become its child. The invitations propagate throughout the network until a spanning hierarchical protection tree is formed. Upon a subsequent failure of a straddling link, the tree may be used to re-route data. Further, given a tree link failure, protection switching is quickly achieved at a disconnected node through use of a backup parent as the new primary parent. Dynamic tree reconfiguration in the event of network topology changes may be limited to the network area surrounding the change.

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