Zhang, Hongwei - Department of Computer Science, Wayne State University

Advanced Search

Zhang, Hongwei - Department of Computer Science, Wayne State University

Data Transport Control in Wireless Sensor Hongwei Zhang
Differentiated Multi-layer Survivability in IP/WDM Networks
Specific ProjectsSpecific Projects Kansei GenieKansei Genie
Messaging in Sensor Networks: Addressing Wireless Communications and Application Diversity
When In-Network Processing Meets Time: Complexity and Effects of Joint Optimization in Wireless Sensor Networks
ELEMENTS OF SENSORNET TESTBED DESIGN Divya Sakamuri , Hongwei Zhang
Passive Interference Measurement in Wireless Sensor Networks
A Stability-oriented Approach to Improving BGP Convergence Hongwei Zhang Anish Arora Zhijun Liu
When In-Network Processing Meets Time: Complexity and Effects of Joint Optimization in
Comparison of Data-driven Link Estimation Methods in Low-power Wireless Networks
On the Convergence and Stability of Data-driven Link Estimation and Routing in Sensor Networks
Experimental Analysis of Link Estimation Methods in Low Power Wireless Networks
Reliable Bursty Convergecast in Wireless Sensor Networks Hongwei Zhang
Accuracy-aware Interference Modeling and Measurement in Wireless Sensor Networks
Abstract--Transportation electrification is viewed as one of the most viable ways of reducing CO2 emissions and gasoline
Adaptive Instantiation of the Protocol Interference Model in Mission-Critical Wireless Networks
From Kansei to KanseiGenie: Architecture of Federated, Programmable
Comparison of Data-driven Link Estimation Methods in Low-power Wireless Networks
On Exploiting Asymmetric Wireless Links via One-way Estimation Lifeng Sang
Wireless Testbed Bonsai Vinayak Naik Emre Ertin Hongwei Zhang Anish Arora
Predictable Messaging in Wireless Automotive CPS Hongwei Zhang
KanseiGenie: Software infrastructure for resource management and programmability of
Seemingly similar methods may differ significantly in routing behavior!
FeaturesFeatures KanseiKansei
: Scalable Self-configuration and Self-healing in Wireless Sensor Networks*
Unraveling the Subtleties of Link Estimation and Routing in Wireless Sensor Networks
On Link Asymmetry and One-way Estimation in Wireless Sensor Networks
On Biased Link Sampling in Data-driven Link Estimation and Routing in Low-power Wireless Networks (Invited Paper)
Tier 2 Anatomy:Tier 2 Anatomy: Hardware and Layout ofHardware and Layout of StargateStargate Network DeploymentNetwork Deployment Problem Description:Problem Description: Fault Tolerant Services for the Tier 2Fault Tolerant Services for the Tier 2
The Case for Addressing the Limiting Impact of Interference on Wireless Scheduling
LENS: Resource Specification for Wireless Sensor Network Experimentation Infrastructures
Experimental Analysis of Link Estimation Methods in Low Power Wireless Networks
Towards Predictable Real-Time Routing for Wireless Networked Sensing and Control
Modeling and Control of Discrete Event Systems Using Finite State Machines with Variables and Their Applications in Power Grids
Adaptive Instantiation of the Protocol Interference Model in Wireless Networked Sensing and Control
NetEye: A User-Centered Wireless Sensor Network Testbed for High-Fidelity, Robust Experimentation