TIM: A Novel Quality of Service Metric for Tactile Internet

Tactile Internet (TI) envisions communicating haptic sensory information and kinesthetic feedback over the network and is expected to transfer human skills remotely. For mission-critical TI applications, the network latency is commonly mandated to be between 1-10 ms, due to the sensitivity of human touch, and the packet delivery ratio to be...

Blind Spots of Objective Measures: Exploiting Imperceivable Errors for Immersive Tactile Internet

Tactile Internet (TI) enables the transfer of human skills over the Internet, enabling teleoperation with force feed-back. Advancements are being made rapidly at several fronts to realize a functional TI soon. Generally, TI is expected to faithfully reproduce operator's actions at the other end, where a robotic arm emulates it while providing...

EdgeBOL: Automating energy-savings for mobile edge AI

Supporting Edge AI services is one of the most exciting features of future mobile networks. These services involve the collection and processing of voluminous data streams, right at the network edge, so as to offer real-time and accurate inferences to users. However, their widespread deployment is hampered by the energy cost they induce to...

Perceived quality of channel zapping

SLA-calculus for TCP-based applications in a multi-domain environment

A comparison of exact and e-approximation algorithms for constrained routing

Estimation of Perceived Quality of Service for Applications on IPv6 Network

Predicting the perceived quality of a First Person Shooter: The Quake IV G-model