Design and simulation of state-of-art ZigBee transmitter for IoT wireless devices. - Tarek A. Elarabi; Vishal Deep; Chashamdeep Kaur Rai (ISSPIT, 2015)

Write Latency Reduction Techniques of State-of-the-Art Phase Change Memory. - Vishal Deep; Tarek A. Elarabi (EMS, 2016)

HEVC/H.265 vs. VP9 state-of-the-art video coding comparison for HD and UHD applications. - Vishal Deep; Tarek A. Elarabi (CCECE, 2017)

Orientation and Displacement Detection for Smartphone Device Based IMUs. - Abhijit Suprem; Vishal Deep; Tarek A. Elarabi (IEEE Access, 2017)

Revisiting Time Remanence Clocks for Energy Harvesting Wireless Sensor Nodes. - Vishal Deep; Aditi Mishra; Daji Qiao; Henry Duwe (ENSsys@SenSys, 2019)

Lifecycle Management Protocols for Batteryless, Intermittent Sensor Nodes. - Mathew L. Wymore; Vishal Deep; Vishak Narayanan; Henry Duwe; Daji Qiao (IPCCC, 2020)

HARC: A Heterogeneous Array of Redundant Persistent Clocks for Batteryless, Intermittently-Powered Systems. - Vishal Deep; Vishak Narayanan; Mathew L. Wymore; Daji Qiao; Henry Duwe (RTSS, 2020)

Experimental Study of Lifecycle Management Protocols for Batteryless Intermittent Communication. - Vishal Deep; Mathew L. Wymore; Alexis A. Aurandt; Vishak Narayanan; Shen Fu; Henry Duwe; Daji Qiao (MASS, 2021)

Toward a Shared Sense of Time for a Network of Batteryless, Intermittently-powered Nodes. - Vishal Deep; Mathew L. Wymore; Daji Qiao; Henry Duwe (IPCCC, 2022)

No battery, no problem: Challenges and opportunities in batteryless intermittent networks. - Shen Fu; Vishak Narayanan; Mathew L. Wymore; Vishal Deep; Henry Duwe; Daji Qiao (J. Commun. Networks, 2023)

HANNA: Harvesting-Aware Neural Network Architecture Search for Batteryless Intermittent Devices. - Rohit Sahu; Vishal Deep; Henry Duwe (IPCCC, 2024)

PAIL: Predictable and Adaptive Intermittent Lifecycling for Robust Coordination Between Batteryless Systems. - Vishak Narayanan; Mahmoud Gshash; Vishal Deep; Mathew L. Wymore; Daji Qiao; Nathan M. Neihart; Henry Duwe (PerCom, 2024)

Lure: A simulator for networks of batteryless intermittent nodes. - Mathew L. Wymore; Rohit Sahu; Thomas Ruminski; Vishal Deep; Morgan Ambourn; Gregory Ling; Vishak Narayanan; William Asiedu; Daji Qiao; Henry Duwe (Perform. Evaluation, 2024)