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Browsing by Author "Vyas, A."

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Energy-and-delay-aware scheduling and load balancing in vehicular fog networks

Sethi, V.; Pal, S.; Vyas, A.; Naik, K.; Jain, S. (2022-10-26)

Roadside units (RSUs) play an important role in the request fulfillment of vehicles. In rural areas, RSUs are powered by renewable energy sources like solar energy. Hence, the request fulfillment of vehicles must be done ...
Enhancing the quality-of-service of wireless body area networks

Vyas, A. (2022-03-17)

Wireless Body Area Networks (WBANs) open many challenges by placing biosensors on/inside human bodies for collecting various health-related information. Communication in WBANs suffers from high channel attenuation due ...
Exploiting Redundancy and Mobility in Energy-Efficient Communication for WBANs

Vyas, A.; Pal, S. (2021-07-04)

Sensor nodes attached with the human body continuously sense and transfer real-time raw data to the coordinator node. The continuous process of sensing generally produces redundant data, which drains energy of the nodes. ...
Local traffic optimization by exploiting the mobility of smart devices

Behal, A.; Vyas, A.; Pal, S. (2019-08-24)

Smart devices are connected globally due to the Internet and smart technologies. With the increasing network services, network traffic has also increased. The experience of wireless technology can be further improved ...
Online energy-efficient scheduling algorithm for renewable energy-powered roadside units in VANETs

Sethi, V.; Pal, S.; Vyas, A. (2021-06-18)

Road-side unit (RSU) plays an important role in providing connectivity among the vehicles on the road. In rural areas, RSUs are powered using renewable energy, such as solar or wind energy. Hence, the energy consumption ...
Optimum placement of relay nodes in WBANs for improving the QoS of indoor RPM system

Vyas, A.; Pal, S. (2021-07-31)

Pandemic situation such as COVID-19 boosted the demand for remote patient monitoring (RPM) system. The medical sensors attached to the human body in RPM system experience varying channel quality due to body movements. This ...

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