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Resources

Resources

Hardware Equipment's

Equipment's Specifications
GUI based WSN Processing boards SENSEnuts WSN sensation- ProLAB
Wireless Processing Nodes With Mobility
Arduino WSN processing boards Arduino controller board with sensors board and wireless connectivity (BT, Zigbee, GSM, GPS and Wi-Fi) (Developed In-house)
Beaglebone black WSN processing boards Beaglebone black controller board with sensors board and wireless connectivity (BT, Zigbee, GSM, GPS and Wi-Fi)(Developed In-house)
Raspberry-Pi WSN Processing boards Raspberry-Pi controller board with sensors board and wireless connectivity (BT, Zigbee, GSM, GPS and Wi-Fi)
Wireless Processing Nodes for independent CPUs Netgear WNA3100M N300 WiFi USB Mini Adapter (Black)
Wi-Fi Router
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    Netgear WNR614 N300 Wi-Fi Router (White)
  • Input Type RJ-45 (Ethernet Cable) supported by ISPs such as MTNL, BSNL, Airtel,Hathway,ACTFibrenet,Spectranet and neighbourhood cable operator
  • Netgear WNR614 N300 Wireless Router with External Antenna
  • N300 WiFi speed
  • External antennas for improved WiFi coverage
  • WiFi range for small to medium homes
  • Easy guest network access
  • Limited 2-year Hardware Warranty
  • 3G/4G Wireless Router TP-LINK 150 Mbps Portable Battery Powered 3G/4G Wireless N Router (TL-MR3040)
    Dell i7 machine Intel i7 processor, 8 GB RAM, 1 TB HDD with display.

    Softwares

    Equipment's Specifications
    QUALNET Simulator
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  • QUALNET Simulator (5 User Teaching License for 5 years)
  • Wireless Library
  • Developer Library
  • Multimedia and Enterprises Library
  • Sensor Network Library
  • NS2 and NS3
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  • Graphical Visualization
  • Performance Analysis
  • Model Development
  • Node Handling Configuration
  • Following experiments can be carried out using the latest arrival of equipment. The latest trainer system can facilitate the following experimentations in the area of WSN and IoT.

    To Study Theory and Block Diagram of Wireless Sensor Network To Study Node Controller Boards To Study ZigBee Wireless Transmitter Nodes
    To Study ZigBee Wireless Router and Co-Ordinator To Study Ethernet Gateway To Study different type of Sensors and their Output characteristics
    To install and Connect different Sensors to Node Controller Boards To install and Configure Node Controller Boards To install and Configure ZigBee Wireless Transmitter Nodes
    To install and Configure ZigBee Wireless Router and Co-Ordinator To install and Configure Ethernet Gateway To write a Program in C++ for programming of different types Nodes and Routers
    To Start Hyper-terminal and send and receive Sensors Data readings to Base Station To understand different types of Protocols and Commands To study Sensor controlling and Monitoring Software
    To control Sensors using the PC Monitoring software To Study and Configure different types of Topologies To Cross over from Mesh Network to Internet Network
    To Make Web Server and control different data using Internet To make Internet of Things (IoT) To make different Applications and Projects using Wireless Sensor Network
    To demonstrate and understand different types of faults To Study Theory and Block Diagram of Smart Cities IoT To monitor sound levels in bar areas and Centric zones in real time using Microphone
    To monitor Intelligent and Weather adaptive lighting in street lights using Luminosity Sensor To detect and monitor Rubbish levels in containers to optimize the trash collection routes using Ultrasound sensor. To Control Air Pollution levels using CO2 , NO2 , CO , O3Sensors
    To monitor Amospheric Conditions like Humidity, Temperature and Light using sensors. To Study Theory and Block Diagram of Smart Agriculture IoT To monitor soil moisture in vineyards to control the amount of sugar in grapes and grapevine health using Soil moisture, Soil temperature, Humidity, Leaf wetness, Atmospheric pressure sensors.
    To Control conditions to maximize the production of fruits and vegetables using Soil moisture, Soil temperature, Humidity, Leaf wetness, Atmospheric pressure sensors To Control selective irrigation in dry zones to reduce the water resources required in the green using Soil moisture Sensors. To Control Humidity and Temperature levels in Alfalfa, Hay, Straw, etc. to prevent fungus and other microbial contaminants using Humidity, Soil moisture, Soil temperature sensors.
    To Study Theory and Block Diagram of Smart Parking IoT To detect and monitor free parking spots using Electromagnetic field sensor. To detect and control forest fire detection by monitoring combustion gases and preemptive fine conditions to define alert zones pollution from cars and toxic gases generated in factories or farms using CO2 sensors.
    To Control Air Pollution of CO2 emissions, pollution from cars and toxic gases generated in factories or farms using CO and CO2 sensors. To Control Indoor Air Quality by monitoring of gas levels and environmental conditions inside chemical plants to ensure workers and goods safety using CO, CO2, Temperature, Humidity sensors. To Control Ozone presence by monitoring of ozone presence in the drying meat process factories using O3 sensor.
    To Study Theory and Block Diagram of Smart Water IoT To monitor quality of tap water in cities using pH, ORP, Dissolved Oxygen (DO) Sensors. To detect leakages and wastes of factories in rivers using Extreme pH values signal chemical spills,Dissolved Oxygen (DO) sensors
    To control remotely the swimming pool conditions using pH, Oxidation Reduction Potential (ORP)sensors. To control real-time leakages and wastes in the sea using Conductivity (Salinity), pH,Dissolved Oxygen (DO) Sensors. To understand Body measurement and parameters
    To store and use of glucose measurements. To monitor ECG signal. To monitoring EMG signals.
    To control Airflow of patient. To measure Body Temperature To measure Galvanic Skin Response (GSR).
    To detect Body position. To measure Pulse and Oxygen functions. To measure and control Blood Pressure.
    To transfer Measurements wirelessly to another Computer at another place using Wi-Fi, 3G, GPRS, Bluetooth, 802.15.4, ZigBee, Satellite