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| Title | Trends, Advances, And Applications Of Network Sensing Systems |
|---|---|
| ID_Doc | 59002 |
| Authors | Ashwini A.; Shamini G.I.; Balasubramaniam S. |
| Year | 2025 |
| Published | Networked Sensing Systems |
| DOI | http://dx.doi.org/10.1002/9781394310890.ch14 |
| Abstract | A wide range of services are provided by the network sensor systems, which served as a pivotal tool in industries, agriculture, advancements in driving, and smart city-based systems. This chapter gives a review on the advancing technologies with applications and trends. In the beginning, it identifies the patterns that are shaping the environment, with a particular emphasis on the move from traditional technologies for sensing to networked devices offered by the prevalence of the Internet of Things (IoT). This shift brings in an age of networks of sensors that features ubiquitous connectivity, interconnectivity, and current information transfer. In addition, the abstract goes over sense reducing size, advances in power capturing and transmission via wireless standards, and the use of neural networks and algorithmic techniques for machine learning (ML) for data analytics, all of which are important improvements that inspire creativity in network detection systems. The summary then discusses the diverse applications that utilize network sensor devices in a range of areas. Mobile phones and telemedicine systems for healthcare provide remote surveillance of patients, individualized therapy, as well as early detection of illnesses. Monitoring the environment utilizes network sensor networks since they capture immediate information on water and air quality, climate conditions, and emergencies assisting in saving the environment and recovery efforts. Also, network detectors are utilized across agriculture to improve the care of crops, monitor soil state, and mitigate the effects of the changing climate on production in agriculture. Intelligent transit systems use networked sensor technology to enhance traffic control, road safety, and automated vehicle navigation eventually altering urban transportation and mobility buildings. These innovations additionally play a key role in smart city projects enabling better money leadership, urban planning, and government communication using data and automation. As a whole, this summary highlights network sensor systems’ transformative potential in addressing societal issues, enhancing effectiveness, and spurring discovery across a variety of enterprises. It highlights the need of multidisciplinary teamwork, advancements in technology, and legislation in realizing the potential offered by network monitoring devices and effectively delivering significant societal benefits. © 2025 Scrivener Publishing LLC. |
| Author Keywords | Data analytics; internet of things; machine learning; networking sensing systems; remote patient monitoring; smart city |
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