Sentence examples for multiple mobile sensors from inspiring English sources

A novel framework combining sparse matrix factorization with proper kinematic rules enables multiple mobile sensors to track multiple targets.

The proposed method was validated on a pervasive computing framework, which included multiple mobile sensors (such as motion sensors, data-gloves, and bio-signal sensors).

Major milestones include the automated control of multiple, mobile sensors for weeks using spatial coverage metrics and the transition from engineering a reliable data stream to managing the complexities of decision-making based on the data and the possibilities of timely feedback.

An implementation of a neurally-inspired system comprised of multiple mobile sensor-effector agents is described.

When tracking multiple targets with mobile sensors, the approach in [3] proposed an active sensing model, whereas the target-sensor association is based on a nearest neighbor rule which heavily relies on the accuracy of the state estimator while a central processing center is required.

To execute a rearrangement task by the above procedure, we need to develop a real multiple mobile robots, along with sensors to localize and locate objects and hardware for communication, including map errors.

In this paper we describe TinyLime, a novel middleware for wireless sensor networks that departs from the traditional setting where sensor data is collected by a central monitoring station, and enables instead multiple mobile monitoring stations to access the sensors in their proximity and share the collected data through wireless links.

To address this problem and analyze the effectiveness of the MWST as the routing tree on sensor networks with multiple mobile base nodes, we designed two algorithms: a branch and bound algorithm for small-scale wireless sensor networks and a simulated annealing algorithm for large-scale wireless sensor networks.

We propose the minimum Wiener index spanning tree (MWST) as a routing topology that is suitable for sensor networks with multiple mobile base nodes.

In these applications, multiple and continuous streams are generated by mobile sensors and these streams need to be analyzed in real time.

The system consists of many static sensors, scattered in a large scale sensing field and multiple mobile sinks, cruising among the clusters.