Area of research
Computer Networks and Communications · Electrical and Electronic Engineering
Research interest
Research interests include Computer science, Jamming, Reliability (semiconductor), Vehicular ad hoc network, Dedicated short-range communications, and Computer security.
Reliability of Vehicle-to-Micromobility Safety Communication
Connected Vehicle Safety Applications using V2X under Consideration of Bicycles, Pedestrians, and Persons with Special Needs
Cluster Merging Scheme in VANETs
Reliability of VANET Bicycle Safety Applications in Malicious Environments
On the Reliability of VANET Safety Applications for Bicycles
ADLES: Specifying, deploying, and sharing hands-on cyber-exercises
VANET clock synchronization for resilient DSRC safety applications
An Enhanced Voting Algorithm for Hybrid Jamming attacks in VANET
Beyond passive detection of sybil attacks in VANET
A new hybrid jammer and its impact on DSRC Safety Application reliability
On the Design of Jamming-Aware Safety Applications in VANETs
A Resilient Real-Time Traffic Control System
The Impact of Redundancy on DSRC Safety Application Reliability under Different Data Rates
The Impact of Dissimilarity and Redundancy on the Reliability of DSRC Safety Applications
An empirical measurement of jamming attacks in CSS Cognitive Radio networks
Mitigating Constant Jamming in Cognitive Radio Networks Using Hybrid FEC Code
The impact of jamming on threshold-based agreement in VANET
On the reliability of DSRC safety applications: A case of jamming
On the impact of jamming attacks on cooperative spectrum sensing in cognitive radio networks
A survivable critical infrastructure control application
Proceedings of the Eighth Annual Cyber Security and Information Intelligence Research Workshop
2013cited by 2position: middle
A hybrid fec code for mitigating jamming attacks in fault-model-classified cognitive radio networks
2013cited by 0position: first
A prototype for a real-time weather responsive system