Research
General Research Areas: network security and privacy, computer networks, distributed systems
Security and Privacy: drone/UAS security, IoT security, machine learning security, anonymous communications and data sharing, cloud system security and privacy, infrastructure security, anti-DOS, anti-SPAM, smart grid security, social network privacy and security
Networking: real-time networks, distributed systems and applications
Current and Past Funded Research Projects:
NSF CyberCorps SFS, DGE-1662487, Establishing Scholarship for Service Program at University of Hawaii at Manoa, ($5.2M), 2017-2023, PI
NSF CyberCorps SFS, DGE SFS sub-award of NSF DGE-1431484 from University of Alabama at Huntsville, ($180K), 2016-2017, PI
ONR UHM ROTC Cyber Security Research: Consumer Drones Security and Countermeasures, 2021-2022, $249K, PI.
ONR UHM ROTC Cyber Security Research: Countering Consumer Drones, 2019-2021, $240K, PI.
AFRL Cyber Spectrum Collaborative Research Environment (C-SCoRE) program, Oct. 2018-Jun. 2019 ($168K), PI
ARFL CScope 2017-2018 ($110K), PI
Navy ARL 2016-2018 ($31K), PI
HECO 2016-2018 ($25K), co-PI
College of Engineering (COE) Research Experiences for Undergraduates (REU) program: 2014-15 ($9K), 2015-16 ($4K), 2016-17 ($7K), 2017-2018 ($8K), PI
NSF CNS-1041739, “Experimental Study of Accountability in Existing Anonymous Networks” ($50K), CNS-1126902 ($8K), CNS-1219577 ($16K), PI
Predictable Delivery for Large-Scale Real-Time Applications, NSF CNS-1018971 ($230K), CNS-1127875 ($16K), CNS-1219578 ($16K), PI
NSF CNS-0649950, “Infrastructure-Level Protection to Ensure Critical Communications,” ($197K), PI
Research Projects (to be updated)
UH Cyber Security and Application Research Group
We use separated google sites for the details of different projects. Email me if you are interested.
Small Unmanned Aircraft System (sUASs) Applications and Security
Smart Grid Communication and Security
Enhancing Agent-based P2P Relay Protection
Power-Aware Remote Relay Protection
Smart Shedding Methods to Mitigating Cascading Failures
Adaptive Measurement for Synchronized Multiple Hop Scheduling
Utilizing Path Dynamics for Delay Assurance in Synchronized Multihop Scheduling
Computer Network and Network Security
Predictable Delivery for Large-Scale Real-Time Applications, supported by NSF CNS-1018971, NSF CNS-1127875
Experimental Study of Accountability in Existing Anonymous Networks, supported by NSF CNS-1041739, NSF CNS-1120902.
Anti-DoS solutions
Infrastructure-Level Protection to Ensure Critical Communications, supported by NSF CNS-0649950
Previous Projects: Large-Scale Video Streaming over the Internet
Exploiting Peer-to-Peer Systems for Video Streaming
A Hybrid Architecture for Large-Scale Streaming: CDN plus P2P
Loopback: Exploiting Collaborative Caches for Large-Scale Streaming
Secure Video Streaming over IP Networks
IP-based Multimedia Applications over Cable Broadband Networks (CBNs)
Optimal Bandwidth Management for VOD on CBNs.
Efficient MAC Scheduling on CBNs for Delay-Sensitive and Two-way Multimedia Applications
Quality Assurance in Video Streaming on the Internet, using proxy servers to exploit application-level knowledge in strategic replication, migration and delivery of video objects.