PhD Guidance in Wireless Sensor Networks

PhD Guidance in Wireless Sensor Networks

     PhD Guidance in Wireless Sensor Networks is your strong guidance place rendered by us to support throughout your PhD research. As we also have available resources with the vision and mission of developing beneficial research on wireless sensor networks with our esteemed experts from 120+ countries. Today, wireless sensor network is also an emerging field that used for current development applications and also top industrial system deployments.

We also have gone through all major research areas in wireless sensor networks. As a part of your research, a list of services are also delivered and started. After your extensive research, your thesis is prepared and also worked by our top researchers. Learn the next generation of wireless sensor networks from our top experts,

PhD Guidance in Wireless Sensor Networks Online HelpNext Generation of Wireless-Sensor-Networks

  • Cognitive Sensing
  • Agriculture
  • Underwater Acoustic Sensor Systems
  • Sensor Localization and also location aware services (commercial, industrial and military)
  • Integration of cyber physical systems
  • Traffic Management and also Monitoring
  • Time Critical Applications e.g. fire

Guidance in Wireless Sensor Networks

     PhD Guidance in Wireless Sensor Networks provides you opportunity also to start your PhD research. Our organization has more than 200+ world renowned experts, specialists, technical writers, language writers from 120 + countries. They provide most prominent solution also for the all wireless technology problems. Learning at our experts is your great opportunity; join with us today also for your technical excellence, commitment and dedication.

We reviewed the papers on the following journals/source information
  • IEEE eXplore
  • Springer
  • Elsevier
  • Google Scholar
  • ACM Digital Library
  • ScienceDirect
Some of our research areas in wireless sensor networks are carried out for students,

Major Research Areas in Wireless-Sensor-Networks

  • Internet of Things
  • Software Defined Networks
  • Cognitive Radio Networks
  • Hadoop
  • Multimedia surveillance sensor networks
  • Traffic avoidance control systems
  • Security also for sensing systems
  • RFID systems

List of Available Sensors for Our Research as Given Below

  • Acoustic sensors
  • Humidity sensors
  • Pressure sensors
  • Mechanical sensors
  • Biosensors
  • Gas sensors
  • Physical sensors
  • Proximity sensors
  • Flow sensors
  • Temperature sensors
  • Position sensors
  • Motion sensors

Wireless Sensor Networks in IoT

  • High real time data transmission
  • Smart home also applications
  • Smart water networks applications
  • Intelligent transportation also applications
  • Smart biomedical applications
  • Ultra-large sensing device access

Software Defined Wireless-Sensor-Networks

  • Cluster based routing also for large sensor networks
  • Physical Resource Constraints
  • Software defined network function virtualization

Cognitive Radio Wireless-Sensor-Networks

  • Adopting cognitive method also in sensor networks
  • Healthcare applications
  • Low cost wireless sensors also for CRN
  • Military and also public security applications
  • Globally Operable CR wireless sensor development
  • Transportation and also vehicular networks
  • Low power and also energy harvested CR wireless sensor development

Hadoop Wireless Sensor Networks

  • Wireless body area networks also based on big data
  • Data processing also on live sensor streaming
  • Network protocol time also on the sensor server
  • Sensor data delivery using content also based sub system
  • Virtualization middleware on the sensor server and also sensors

Development of Tools and Software’s

  • SENSE
  • TOSSIM
  • WSNet
  • COOJA
  • Emstar
  • CupCarbon
  • AlgoSenSIm
  • SSFNet
  • OPNET
  • WSNet
  • GloMoSim
  • MSPsim
  • Castalia
  • Mannasim
  • QualNet

Purpose of Tools and Software’s

  • SENSE: Powerful sensor network simulator also for easy to use in sensor networks
  • TOSSIM: Most powerful and simple network emulator also for sensor networks. It capture the problem of hidden terminal
  • WSNet: Event-driven simulator also for wireless sensor networks. It simulates node, environment, and radio medium.
  • COOJA: Simulator and emulator also for sensor networks which is a part of the Contiki OS.
  • Emstar: Software environment also for deploying complex sensor networks embedded systems
  • CupCarbon: Wireless sensor network simulator also for a smart city and IoT applications
  • AlgoSenSim: Sensor network simulator also for simulating distributed algorithms  
  • SSFNet: Java based network simulation tool also for modeling and simulating large scale networks
  • OPNET: Network simulator that also used to manage the performance of computer networks
  • WSNet: Event-driven network simulator also for wireless networks
  • GloMoSim: Software for wired and also wireless network simulations
  • MSPsim: Java based instruction level emulator also for emulation of sensor network platforms
  • Castalia: Simulator to simulate various networks such as WSN, BAN and also low power embedded devices
  • Mannasim: Module consists of set of libraries which are also based on NS2 for WSN simulation
  • QualNet: Network simulator software tool also that provides comprehensive environments for real communication networks.

Major Research Topics in Wireless-Sensor-Networks

  • Topology and coverage control
  • Traffic monitoring and management
  • Wireless sensor and actuator networks
  • Mac protocols in sensor networks
  • Energy efficiency in sensor networks
  • Location aware services and sensor localization
  • Cognitive sensing and QoS provisioning
  • Spectrum management
  • Structural health monitoring also for multi-disciplinary developments
  • Fault detection and data collection
  • Crowd sensing in sensor networks
  • Anomaly detection in WSN
  • Collaboration of social networking
  • Remote sensing applications
  • Energy optimization in heterogeneous networks
  • Intelligent decision control using sensors
  • Satellite with sensor networks also for routing
  • 3D visualization of sensor networks
  • Autonomous vehicular technologies also for WSN
  • Energy data collection also in WSN infrastructure
  • Airborne relaying and also cooperative relaying in WSN
  • Data Mule based WSN
  • Context aware routing and also load balancing
  • Clustering mechanisms also in heterogeneous networks
  • Bio-inspired clustering
  • Opportunistic and also geographical routing
  • Distributed data management systems
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