Wireless Sensor Networks
The wireless sensor networks are the type of networks in which sensor nodes sense the network information and pass sensed information to the base station. M.Tech projects on wireless sensor networks include the information about the usage of the network through wireless links used for communication.
M.Tech projects on wireless sensor networks define that the wireless sensor networks follow the single hop and multi-hop type of communication. When the two nodes are in the range of each other and want to communicate with each other it uses single hop communication and in the same manner where two nodes are not in the range of each other but want to communicate for that, it follows the multi-hop type of communication.
- M.Tech projects on wireless sensor networks state that:
• The wireless sensor networks are generally deployed in the far places to sense the environmental conditions and network deployment may be random or in the fixed topology.
• The size of the sensor node is very small, due to which the battery power of the sensor node is limited. The sensor nodes are deployed in the far places, it is very difficult to recharge or replace the battery of these sensor nodes.
• The energy consumption is the major issue of the sensor networks on which various research is been done. In the recent times, various techniques have been proposed to reduce energy consumption of the sensor networks.
• Among proposed technique clustering is most efficient technique which increases the lifetime of the wireless sensor networks. The technique of clustering is classified into static and dynamic type of clustering. In the technique of clustering, the whole network is divided into fixed size clustering using location based clustering.
• In each cluster, the cluster heads are selected using two parameters which are energy and distance. The node is applicable to be cluster head which has maximum energy and least distance from the other nodes which are in the cluster.
• The nodes in the cluster will aggregate its data to the cluster head. The cluster heads in the network will communicate with each and sensed information is passed to base station. The wireless sensor networks have many other isses like security, quality of service and routing on which various researchers have proposed frameworks to make WSN more efficient and reliable.
These are the notable things that should be included in your M.Tech projects on wireless sensor networks. These project ideas are collected especially for M.Tech students working on their thesis. We hope these ideas bring a great help for you to complete your M.Tech successfully.
Thesis and research topics in Wireless Sensor Network(WSN)
There are many research, thesis and project topics in Wireless Sensor Network(WSN) for M.Tech, Ph.D. and other students doing masters. Here is the list of current topics in wireless sensor network for research and thesis:
- Bluetooth Low Energy
- Routing Protocols
Bluetooth Low Energy – This technology was launched by Nokia under the name Wibree in 2006. It is also known as Bluetooth Smart. It is supported by a various range of operating systems like Android, IOS, Windows phone, BlackBerry, Linux, Windows 8 and 10. The main feature of this technology is reduced power consumption and cost while the communication range is same. It operates at 2.4 GHz frequency. It is a very good topic for research and thesis. It finds its application in healthcare systems, sports, alerts and proximity sensing.
OpenWSN – OpenWSN is a project created to build an open-source protocol stack for Wireless Sensor Network(WSN) and Internet of Things(IoT). It is created at the University of California Berkeley. It implements the IEEE 802.15.4e TSCH(Time Slotted Channel Hopping). It is available for Linux, Windows, OS X platform and is related to RIOT and OpenMote. It is also an appropriate choice for thesis and research.
Routing Protocols – Research and development is going on to design protocols for WSN which are energy efficient. AODV is one such protocol designed for wireless communication. AODV stands for Ad-hoc On-demand Distance Vector. This routing protocol is used in ZigBee technology which is low-power and low-cost ad hoc network. This routing protocol establishes route on demand from source to destination when requested by a source node by RREQ(Route Request) message. The route is maintained till the time communication is required. DSR(Dynamic Source Routing) is another routing protocol used in wireless communication. The main difference between this protocol and AODV protocol is that rather route table, it uses source routing. Along with these two protocols, there are also some other protocols. Thus routing protocols is a very good thesis/dissertation and research topic under wireless sensor network.
Telemetry – Telemetry is an application of Wireless Sensor Network(WSN). It is a communication process in which data is collected from remote locations for measurements. Telemeter device is used in this case. A telemeter consists of a sensor, a transmission path, display, recording, and a control device. With telemetry, multiple streams of data can be transmitted in a fixed time frame. Telemetry finds its application in meteorology for weather prediction, oil, and gas industry to acquire drilling information from beneath the sea, motor racing to collect racing data, transportation, agriculture, defense, and space science. Students doing masters and Ph.D. in wireless sensor networks can do research on applications of wireless sensor network like telemetry.
Clustering in Wireless Sensor Network(WSN) – Clustering is a process in which nodes are divided into groups by following some mechanism in the wireless sensor network. Clustering improves the lifetime of a network which ultimately improves the performance of the sensor network. Scalability and energy efficiency is also achieved through clustering. In a cluster, a role is assigned to an individual node on the basis of their parameters. Cluster Head is responsible for coordinating and processing the cluster. Thus clustering is also a challenging topic for thesis/dissertation and research in Wireless Sensor Network(WSN).
These are some of the thesis and research topics in Wireless Sensor Network(WSN). Besides these, other good topics are data logging, WSN simulation, Internet of Things(IoT), ZigBee etc.
Characteristics of WSN
Following are the main characteristics of WSN:
Energy harvesting through power consumption constraints
Ability to handle node failure
Easy to use
Design is cross-layer
Advantages of Wireless Sensor Network
The advantages of WSN are:
Flexibility – The network is flexible in the sense that it can adapt itself to the changes occurring in its surroundings.
New devices can be added – The network has the capacity to accommodate new devices easily.
Save cost – It saves a lot of cost in the sense that there is no need of wires thus saving wiring costs.
Wide range of applications – WSN find its applications in a wide range of areas from health-care to defense and is therefore helpful to human beings.
Disadvantages of Wireless Sensor Network
Although there are numerous applications of WSN, still there are some disadvantages of this network
Wireless Sensor Network is less secure than the wired network as it can be easily attacked by the hackers.
There is a regular need for charging of nodes as the battery life these nodes is low.
The communication speed is also less than the wired network
WSN can get distracted and interfere with other wireless devices.
These are the current trends in wireless sensor networks. Get thesis and research help in wireless sensor networks at Techsparks for M.Tech and Ph.D. Contact us on this number 91-7696666022 or email us at firstname.lastname@example.org for any help on this topic. You can fill the inquiry box also.
Click on the following link to download the latest thesis and research topics in Wireless Sensor Networks(WSN)