Examples of using Wireless sensor network in English and their translations into German
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Enter the wireless sensor network.
Application of cell-based and satellite communications and wireless sensor networks.
For example, for wireless sensor networks in smart factories.
Neratec has a long experience with solutions for industrial and outdoor wireless sensor networks.
In this way, wireless sensor networks can help monitor critical components.
Choices to create your wireless sensor network.
Low-power Wireless Sensor Networks can be extended with additional features.
In Olog-PAT a wireless sensor network collects real-time positioning and condition data of patients.
Easy installation and setup of wireless sensor networks.
Data from the wireless sensor network is forwarded to our servers using GPRS communication.
Signal processing for wireless sensor networks.
These sensors are equipped with the s-net technology of the Fraunhofer IIS andform a wireless sensor network.
The hardware devices for the wireless sensor network are provided by Berlinger& Co.
The GesySense Receiver\LAN is receiver andnetworked data recorder in the wireless sensor network.
System components in a wireless sensor network for synchronous data acquisition and wireless data transmission.
In a wireless sensor network the following system components play a major role in the wireless transmission of data: Sensors. .
Radio node(TEDIASENS sensor node) for wireless data acquisition(DAQ) and synchronous data transmission in a wireless sensor network.
On the other hand it serves as a tool for commissioning the wireless sensor network and to configure and read out GesySense sensors and loggers.
Wireless sensor networks are groups of autonomous, multifunctional sensor nodes which can measure, process, and communicate data across short distances.
More specific technologies such aswireless body area networks(WBAN s) and wireless sensor networks(WSN s) that are used in conjunction with mHealth.
In the future, the set point will be automatically corrected according to a prediction of shelf life andcooling performance calculated by the wireless sensor network.
The arrival of Wireless Sensor Networks(WSN) brought liberation from wired limitations, but initially presented their own challenge: integration.
Therefore it is plannedto compare various methods for position determination based on a Body-Area-Network BAN wireless sensor network.
WLAN Access points are the“base stations” in a wireless sensor network and serve the wireless data transmission to our wireless access point for synchronous data analysis with our analysis software tools.
An innovative European system integrator singled out this application area as prime for automation,turning to wireless sensor network technology to overcome the frustrating challenges of underground parking.
Data is collected via a flexible, distributed wireless sensor network(WSN) which has been specially adapted to the geophysical sensors, thereby enabling reliable and high-quality measurements in the extreme environmental conditions.
A WLAN access point(also wireless access point)receives in a wireless sensor network the sensor data wirelessly from the various radio nodes, processes them and transmits the sensor signals to an evaluation unit.