What is Wireless Sensor Network

The network that contains sensor nodes for sensing the ambient environment. Each sensor node may also perform tasks such as processing data and communicating with neighboring sensor nodes. The communication is often done by wireless communications. And often there is a base station in the network, where sensing data are sent for further utilization.

A sensor network consists of thousands of sensor nodes. It is used to monitor physical or environmental conditions such as sound, pressure, temperature etc. It is powered by battery and also energy constrained.

A network composed of physically small, low-power network nodes that also incorporate sensing functionality.

Wireless Sensor Network (WSN) is composed of sensor nodes with various sensing abilities e.g. temperature, light, acceleration etc. Sensor nodes collect the status of an object and send to the sink node. These sensor nodes can interact with each other. Wireless sensor networks are used to monitor the status of real time environment. The sensor network consists of a number of sensor devices which are deployed over a geographical area. Sensor network protocols and algorithms possess self-organizing capabilities. WSN nodes encompass the following components: embedded processor, low-power sensing device, power module and wireless communication subsystem. The embedded processor is used for collecting and processing the signal data taken from the sensors. Their processing capabilities are utilized to perform computations locally and convey the required data only which is partially processed. Wireless communication subsystem is used for data transmission. The power source consists of a battery with a limited energy budget. Sensors make a measurable response if any change occurs in the physical condition like temperature, humidity etc. The communication technologies used in wireless communication are RFID, Zigbee, IEEE 802.15.4 etc. Sensor networks consist of different sensor nodes such as acoustic, thermal, radar, seismic and visual able to monitor a variety of condition including humidity, temperature, vehicular movement, soil makeup, pressure, the presence of certain objects, noise levels etc. Sensor nodes can be used for continuous sensing, event detection, event ID, location sensing and local control of actuators. The applications of wireless sensor network can be categorized into military, environment, health, home, disaster relief. Different deployment technologies are used for wireless sensor network: Regular deployment where sensor nodes can be allotted according to a well planned, fixed manner. In such case data is travelled through a predefined path. This deployment is generally used in home networks, industrial sector etc. Random deployment means distributed sensor nodes over a finite area. When the sensor node deployment scheme is not predefined, optimal positioning of cluster head becomes vital for energy efficient network operation. Sensor nodes can be featured with mobility where nodes can move to manage the deployment difficulties and passively moved about by an external force i.e. water, wind and vehicle. This type of sensors is generally used in battle field surveillances, emergency situations i.e. fire, Volcano, Tsunami.

It is the network of sensors that are connected wirelessly to each other and to a central computer or server. These networks are used to gather and transmit data from various environmental or industrial sources, such as temperature and humidity sensors, traffic monitoring sensors, or security cameras.

A network of distributed sensors linked by wireless connections.

A network consisting of some wireless sensor nodes that are distributed spatially for cooperatively monitoring physical or environmental conditions.

It's a wireless networking technology that allows devices to interface with the internet.

A Wireless Sensor Networks (WSN) consisting of spatially distributed tiny, autonomous and compact devices called sensor nodes or motes are deployed in a remote area to detect the phenomena, collect and process data and transmit sensed information to users.

A distributed system consists of a large number of small electronic devices called sensor nodes, each node performs a particular job depends on the used application, which is based mainly on its work on the collection of information from the surrounding environment. Usually, sensor nodes are deployed randomly and communicate wirelessly.

A wireless sensor network (WSN) is a wireless network consisting of spatially distributed autonomous sensor nodes that cooperate to carry-out monitoring task in the deployment area and to transmit the gathered data to a base station through a wireless link.

A wireless network consisting of spatially distributed autonomous devices using sensors to cooperatively monitor physical or environmental conditions at different locations.

A collection of wireless devices, including sensors, actuators, and data processing devices (e.g. sink nodes), that are deployed to monitor an area. They are typically designed for long battery life and robustness in terms of maintaining network communication. They typically do not have the same size and weight restrictions as devices in a BAN.

It is a self-configured wireless network of sensors or sensing devices to collect physical or environmental data and send the data wirelessly to a central location to get connected to the external world.

Wireless sensor network (WSN) refers to a group of spatially dispersed and dedicated sensors deployed to monitor/track any object of interest.

A network consists of sensing nodes and one or more sinks connected through wireless connection. Sensing nodes sense some particular event and disseminate collected data through multihop communication through various intermediate nodes to the sink.

A network comprised of small, communication-enabled microcontrollers with an array of sensors and actuators which rely on batteries or ambient environmental energy for power. These components are often referred to as sensor nodes.

WSN is a network of small size sensor nodes which are densely deployed for monitoring the environment.

A network comprising of sensor, communication transceivers, memory, processing unit and power supply. Wireless sensor network is useful to convey various parameters such as current, temperature, humidity etc. to the remote monitoring and control unit by using wireless communication technology.

Wireless sensor network is defined as autonomous network which consists of a number of sensor nodes and a central node known as Base Station. The sensor network main function is providing the observation capability to the network. The nodes in the network are usually battery powered and it is not easily feasible to recharge or replace the battery. The nodes are responsible for collecting the information from the environment and transfer it to the central node for further processing. The communication in the node is usually done in either single or multi hop fashion.

Wireless communication system composed of wireless sensors.

A network comprising of sensor, communication transceivers, memory, processing unit and power supply. Wireless sensor network is useful to convey various parameters such as current, temperature, humidity, etc. to the remote monitoring and control unit by using wireless communication technology.

It is a set of related devices with small size and some resource limitations that are used to collect data from the physical world, and gather them through a wireless interface to a place were this information would be used. In some cases a wireless sensor node could be used in automation closed loops to make some control activities, very close to the place where the physical process is located.

Wireless sensor network (WSN) refers to a group of spatially dispersed and dedicated sensors deployed to monitor/track any object of interest.

WSN refers to a group of spatially dispersed and dedicated sensors for monitoring and recording the physical conditions of the environment and organizing the collected data at a central location. WSNs measure environmental conditions like temperature, sound, pollution levels, humidity, wind speed and direction, pressure, etc.

networks composed of geographically dispersed sensors that work together to monitor physical or environmental conditions, such as air pressure, temperature, or pollution.

Wireless Sensor Network is composed of autonomous sensor nodes, which are deployed in a region to monitor the environmental conditions and collect data from them.

Network of multiple sensor nodes used for monitoring the environment where they are deployed. Usually these sensor nodes are very limited in processing and energy resources.