IoT

IoT provides an infrastructure with several hundred commercial IoT sensors, gateways and other IoT devices. The main thrust of the lab is on development of applications based on senor, communication and other technologies to help in monitoring, management and control of information system. This lab supports students to explore the opportunities to actively utilize the various IoT devices and quickly analyze operational data collected from these IoT devices using artificial intelligence based analytics. It provides full control of network nodes and direct access to gateways to which nodes are connected for providing quick experiments deployment along with easy evaluation and analysis.

Activities

The IoT  CoE carry out various research and student projects involving sensor data collection, network architecture and embedded intelligence for wide range applications such as agriculture, health care, home, city infrastructure development, etc.

PG Student Projects developed using infrastructure of IoT :

• Design and implementation of RFID Cloud based Vehicle identification system on Highway
• An Approach for IoT based Development of Smart Farm Monitoring and Control System
• Smart Framing System

UG Student Projects developed using infrastructure of IoT:

• Integrated Vehicle Monitoring System
• Smart Supervisor for Home using IoT
• Smart Organic Farming based on Soil Fertility Analysis
• Smart Stick
• IoT Analytics in Health
• Digital Bus Pass
• IoT Analytics in Energy Management

Research

The research project carry out in this CoE is “IoT based Organic Farming”, a system designed for monitoring the organic crop field using collection of low power sensors, automating the irrigation system and identifying the crop diseases at early stage using image analysis to increase yield of crops in organic farming.

Outcomes:

• The IoT allows the students to investigate a variety of emerging devices and technologies used in IoT applications.
• This CoE is used as a platform for developing various research projects on IoT based applications.
• It provide students unique interdisciplinary learning and innovation experiences with IoT technologies.

Equipment Available

Number of Systems                                         :           05

S.No.	Description	Qty	Cost (Rs.)
1	Computer Clients       7th Generation Intel® Core™ i3-7100 8GB DDR4         2400MHz 1TB 7200 rpm SATA HDD Dell Wireless 1707         card(802.11BGN+Bluetooth 4.0,2.4 GHz)Dell Optical         Mouse MS116 Black Dell Multimedia Keyboard KB216         Black Dell 19 Monitor-E1916HV	2	61,000
2	Lenovo ThinkCentre Desktop M57e:         Intel Core 2 Duo E7400 Processor (2.8 GHz), 1066 MHZ         FSB/ 3MB L2cache, Intel G41 Chipset, 2 GB DDR 2@ 667         MHz SDRAM, 160 GB 7200 SATA HDD, Intel Graphics         Media Accelerator 3000, Ethernet card 1000/100/10,         Key board, Optical Scroll Mouse,18.5” TFT Mointor, DVD         RW Lenovo ThinkCentre : Intel(R) Core i3 – 4150 CPU	3	68700

Total cost of the Lab Equipment        :           Rs. 2,23,720/-

IOT-Equipment

S.No.	Description	Qty	Cost
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19	Rasberry Pi Model B+ Universal adopter 5V 2.4 a HDMI to VGA Converter Memory Card(16GB) LED Push Button Buzzer Relay Module 1CH 5V LM35 Sensor DHT11 Sensor MQ2 Sensor LDR Sensor 12-V DC Motor +L298 Driver Logitech Camera MQ3 Sensor Soil Monitor2 DHT11 Humidity Sensor Ultra Sensor GSM Module	20 20 20 20 20 20 10 10 20 10 10 10 10 10 10 02 02 02 01	53,000 5,500 5,000 5,900 20 40 100 500 1000 1000 1100 500 2600 15000 1510 140 220 160 730