Wireless sensor networks (WSNs) have emerged as the enabling technology for a wide range of applications. In the context of environmental monitoring, especially in urban scenarios, a mobile data ...

Most applications of underwater cyber-physical system (UCPS) demand reliable data collection in an efficient and timely manner. However, the energy-constrained characteristic on acoustic communication ...

of monitoring instruments that can adjust their operation and deployment based on the type and level of information they are receiving. That's the idea behind the Sensor Web concept, a data-gathering ...

Underwater and underground wireless sensor networks (UWSNs and UGWSNs), which are especially important for environmental monitoring, require innovative solutions for data collection in challenging ...

Wireless Sensor Networks (WSNs) are at the heart of modern connectivity, enabling smart, real-time monitoring and seamless data sharing across a range of environments. Companies like Cisco, Texas ...

Wireless Sensor Networks (WSNs) have long been a fundamental technology for data collection in various domains, from environmental monitoring to industrial automation. However, the inherent ...

New Sensor Array Changes the Data-Collection Game. One of the biggest barriers to making cities “smarter” is quick and easy access to data. March 06, 2015 • Justin H. S. Breaux - ANL.

An important feature of sensor networks is data fusion/aggregation, whereby the sensor nodes aggregate the local information before relaying. The main goals of data fusion are to reduce bandwidth ...

Compiling these data produces a picture of the status of endangered species, climate, pollution and environments of concern within a sensor network, creating a “smart” environment, as wired-up ...

Underwater and underground wireless sensor networks (UWSNs and UGWSNs), which are especially important for environmental monitoring, require innovative solutions for data collection in challenging ...