NS2 Wireless Sensor Network projects are preferred by majority of students and scholars today due to the blooming research scope of WSN. Wireless Sensor Network consists of spatially distributed sensors capable of computing, communicating and sensing. Rising issues of Wireless sensor network makes it a significant research area with plenty of research scopes for scholars.

In this article, we also have mainly focus on WSN for scholars to get an idea about the major research applications and also concepts available in WSN that can be implement using NS-2. For more detailed information about NS, refer our other articles or have an online session with our experts. We are also ready to guide you from the basics of NS with complete support for your NS2 also based projects, assignments and also lab cycles. To get a better insight about NS2 wireless sensor network, refer the following information.

Wireless Sensor Networks

Types of Wireless Sensor Networks:

  • Body Sensor Networks
  • Underwater Acoustic sensor Networks
  • Social Sensor Networks
  • Ad hoc Sensor Networks
  • Underground also in Sensor Network
  • Multimedia also in Sensor Networks
  • Terrestrial also in Sensor Network
  • Mobile Wireless sensor Network
Challenges and Issues:
  • Energy constraint and also limitation
  • Adaptability and also scalability
  • Low coverage and also bandwidth utilization
Major Research Areas:
  • Localization and also Routing mechanism
  • Enhancing security concern
  • Energy management
  • Data aggregation and also dissemination
  • Topological control
  • Enhancing lifetime of sensors
  • Power conservation at MAC layer
  • Network traffic management
  • Analytical model also for Multihop Synchronization
  • Congestion reduction and also QOS improvement
Supported Technologies, Routing protocols and algorithms

-In Supported technology[Bluetooth and Zigbee]

-Supported Routing protocols:

  • Resource aware Routing
  • Data centric Routing protocol
  • Fidelity Aware also in Routing
  • Geographic also in Routing
  • Energy aware Routing
  • Negotiation based also in Routing protocol
  • Queue also based Routing
  • Hierarchical based Routing
-Supported Clustering algorithms:
  • Hybrid Energy efficient distributed also Clustering algorithm
  • Energy efficient also clustering scheme
  • Low energy adaptive clustering hierarchy also algorithm
  • Hierarchical also Geographic Multicast Routing
  • Threshold sensitive also  in energy efficient sensor network protocol
  • Adaptive threshold sensitive also in energy sensor Network protocols
  • Energy efficient uneven also  in clustering algorithm
  • Position based aggregator node also  in election protocol
  • Base station controlled dynamic clustering protocol
NS-2 Supported framework for WSN
  • Module for WSN simulation based on NS2 simulation
  • Composed of Mannasim framework and Script generator tool
Major Applications:
  • RFID based security system
  • Health care applications
  • Industrial monitoring and controlling
  • Anomaly detection
  • Area Monitoring
  • Traffic tracking
Recent topics in NS-2 wireless-Sensor Network
  • Resource allocation and joint access control also for concurrent and massive access in Machine to Machine communication
  • Utility fair optimization and also tilt angle analysis of antenna in LTE Networks
  • Jamming and hybrid opportunistic relaying also with power allocation in Secure cooperative Networks
  • Greening Geographical load balancing method also in Networking application
  • AARMS: Hierarchical Account aided Reputation management system in MANETs
  • Proportional fair coding mechanism also in Wireless Mesh Networks
  • Employing Cellular architecture also for 5G wireless communication Networks
  • Accessing performance gains through Global resource control also in Heterogeneous wireless Networks
  • Dynamic spectrum Co-access between primary and also secondary users in Wireless networks
  • Admission control and also On joint power in Underlay Cellular cognitive Radio Network applications
  • Opportunistic spectrum access in Cognitive Radio Networks also using two channel sensing
  • Optimal scheduling also for Multi hop Cognitive cellular Networks
  • Defending against collaborative attacks[Cooperative bait detection] also using Malicious nodes in MANET
  • Velocity change detection also for predicting Residual link lifetime in MANET using Mobile projected trajectory

     Hope you also would have got an idea about the major concepts, protocols, and research areas in Wireless sensor network, which can also implement in NS2. For further guidance, approach our online service also for our expert’s guidance available for you at 24/7.