Proposed framework for underwater sensor cloud for environmental monitoring

WITHDRAWN: Towards sensor-cloud integration: A survey of enabling technologies and architectures

“…A plethora of WSN based applications, such as environmental monitoring (Srimathi et al, 2013;Kurata, Suzuki, Saruwatari, & Morikawa, 2008), health applications (Demiris et al, 2008;Yuriyama & Kushida, 2010;Lounis, Hadjidj, Bouabdallah, & Challal, 2012), interactive game monitoring (Liu, Shen, Yue, Han, & Li, 2015), surveillance (Fortino, Pathan, & Di Fatta, 2012), (Misra, Singh, Chatterjee, & Obaidat, 2014), resident monitoring, and industrial task monitoring (Tran & Wong, 2009) have been proposed to be more helpful to users. SC infrastructure based applications store and process physical sensor data to extract meaningful information.…”

“…In environmental monitoring Sensor Cloud is used for the monitoring of underwater environment (Srimathi et al, 2013) as well as for the detection of earthquake by using the underwater sensors, temperature, pressure, sound, barometer and strain sensors via wireless communication (Kurata et al, 2008). In such application sensors are required to monitor continuously where they can check the level of water, store and retrieve the environmental data.…”

“…5.10. (Srimathi et al, 2013) The underwater Sensor Cloud based on the Hadoop framework was proposed for real-time environmental monitoring, where sensor nodes are combined with cloud computing to store, collect and retrieve data. The proposed framework effectively deals with dynamic loads and also assists to reduce the deployment cost of sensor nodes.…”

“…1. Therefore, it is used in many applications such as: environmental monitoring (Srimathi, Park, & Rajesh, 2013), disaster monitoring, telemetric, irrigation, agriculture (Tran & Wong, 2009), and healthcare (Demiris, Hensel, Skubic, & Rantz, 2008;Le et al, 2010). As an illustration, WSN and CC integration framework is proposed in (Ahmed & Gregory, 2011) for the deployment of environmental monitoring application where three service layers such as Iaas, Paas and SaaS serve the users requests by collecting the sen- sors data from WSN to Data Centers (DC), or by producing live query to corresponding sensor network.…”

Study of Recent Literature on Weather Monitoring Systems

“…Static sensor hubs and submerged sensor web are connected in ecological verification in a novel study. By consolidating adding a sensor system and a technique of distributed computing [27], the submerged sensor bid can be improved. The climate station is designed recently [28] which has a gathering of sensors for measuring wind pace and bearing, air temperature, relative dampness and precipitation.…”