Wireless sensor network (WSN) is to monitor the surroundings with reliable data collection. Usually, observed terms in WSN can be pressure, wind speed and direction, power line voltage, pollutant stages, humidity, the temperature of the body, illumination intensity, chemical attention, and sound concentration. Our knowledgeable research team supports your wireless sensor network project topics with the help of many advanced technologies and algorithm parameters.

The sensor is a tiny node that has the capability to perform specific tasks namely, sensing, transmitting, and receiving. Each sensor node is fully furnished with the transducer, minicomputer, transceiver, and power source. On this page, we converse the contemporary research WSN and the uses of the wireless applications and sensor nodes.Here we have highlighted the significant wireless sensor network project topics.

PhD Research Topics in Wireless Sensor Network

• Energy Harvesting for Wireless Systems
• Service Distributed Networks
• Wireless Sensors and Crowdsourcing 
• Distributed Schemes in Wireless Sensor Networks
• Wireless for Industrial Use by WSN
• Cybersecurity in Wireless Communication
• MAC and Cross-Layer Design
• Connectivity Study under Diverse Mobility Designs
• Security Mobile and Wireless Network Computing for WSNs
• Data Gathering Protocols and Methods for WSNs

To precede a project, we need to know about the significant metrics of that specific area. So, it is necessary to know about the metrics in WSN applications. Therefore, our experts have listed down the metrics in WSN which they consider as important in their experience.

Important Metrics in Wireless Sensor Network  Applications

• Communication Reliability
• Network Tolerance
• Communication Range
• Communication Security
• Communication Throughput
• Node Robustness

Here, we have listed down the notable sensors for WSN applications.

Sensors for WSN Applications

• Industrial Application in WSN
  • Applications
    • Monitoring for Coffee Factory
    • Gas Meter
    • Convenience Store
  • Sensors
    • NO, SO2, CO, pH, and Water Temperature
    • Pressure Sensors
    • Humidity, Flow Sensors, Temperature, Micro Electro Mechanical Systems (MEMS)
• Air Pollution Application in WSN
  • Monitoring Applications
    • Air Quality
    • Air Pollution Maps
    • City See CO2 Monitoring
    • Waste Removal
  • Sensors
    • NO2 Sensors
    • CO, O3, Ultrafine Particles (UFPs)
    • CO2, Temperature
    • Global System for Mobile (GSM) Tracking Sensors
• Forest Monitoring in WSN
  • Applications
    • Fire Weather Index (FWI)
    • Forest Fire Surveillance System
  • Sensors
    • Temperature, Moisture
    • Humility, Light Sensors
• Greenhouse Monitoring Application in WSN
  • Applications
    • Intelligent Environment Control System
    • Climate Control
  • Sensors
    • Illumination, CO2, Soil Moisture, Multiple Sensors
    • Humidity, Temperature, Vapor Pressure Deficit (VPD)

For the aforementioned applications, security is the general method to accomplish data communication. Consequently, it is vital to examine the security information for all the application developments in WSN. Thus, the research team has listed the security in WSN. Reach our expert panel team for innovative wireless sensor network project topics.

RESEARCH ISSUES IN WSN 

• Synthesis Detection
  • Security management in inclusive attack detection is the notable research topic for WSN protection and security defense
• Data Trustworthiness and Data Quality
  • These are the two important research topics in WSN to protect the security data from the dynamic network topology and malicious attacks for filtering the unused data
• Lightweight Data Protection 
  • It is due to specific characteristics such as low cost, constrained power, and limited energy 
• Pure Distributed Detection
  • Blockchain makes the probable technical solution to comprehend the disseminated detection

Network Lifetime in WSN

Network lifetime is the vital metric in a phrase that provides network developers with knowledgeable results for the sake of maintaining the anticipated network performance and the QoS in WSN. Thus, we have listed some maximization techniques in WSN Projects.

Network Lifetime Maximization Techniques in WSN

• Network Coding and Data Gathering
• Routing or Clustering in WSN
• Energy Harvesting and Maintenance
• Mobile Relays and Sinks in WSN
• Relay Resource Allocation over the cross layers 
• Optimized Connectivity, Coverage, and Deployment 
• Sleep-Wake Scheduling or Opportunistic Transmission Schemes

So far, we have discussed the research impacts in WSN. You can contact us for your requirements in wireless sensor network project topics. Our research team assists you to obtain better results in the forms of source code, numerical methods, and mathematical analysis.