Efficient Data Transmission in WSN: Techniques and Future Challenges

An Inclusive Survey of Contactless Wireless Sensing: A Technology Used for Remotely Monitoring Vital Signs Has the Potential to Combating COVID-19

“…Based on the requirements of the system, a trade-off is needed between cost, QoS and resources. Moreover, sustaining a route table is also costly [94]. In addition, WSN have limited power, computation, and memory.…”

“…7) Delay: For real-time monitoring systems, delay is one of the most critical factor and hence, must be minimized. Delay can be caused by network characteristics such as node mobility, interrupted connection, and rerouting [94]. 8) Bandwidth: In WSN bandwidth is a limited resource and systems must carefully select routes to utilize the available bandwidth while maintaining system performance [94].…”

Implimentation of Novel Framework For Efficient Data Gathering With Multiple Mobile Sink Sensor Nodes In WSN

“…There has been a critical measure of innovative work, particularly concerning correspondence upgrades and system framework which have opened wide entrances for the effective data transmission of SSN. Sensor systems can coordinate huge amounts of ease through which wireless transmission in the river is conceivable, best known as submerged sensor network (SSN) [3]. Submerged Wireless Sensor Networks (SWSN) have augmented the extent of uses running from submerged instrument observing, contamination, submerged seismic movement checking, search and salvage tasks and monitoring them for further calculations.…”