Online ISSN: 2515-8260

Keywords : Temperature Sensor


SMART AGRICULTURE ROBO WITH LEAF DISEASES DETECTION USING IOT

Dr.A. SENTHIL KUMAR; Dr. VENMATHI A R; L. GANESH BABU; Dr. G. SURESH

European Journal of Molecular & Clinical Medicine, 2020, Volume 7, Issue 9, Pages 2462-2469

In our paper we endow with a comprehensive irrigation way out to cultivator fashion and expenditure important to computerized irrigation structure to shrink water’s throw away is a dispute. It is essential to evaluate dissimilar parameters to determine the resourceful measure of water for vegetation. The planned structure is self-possessed of altered types of near to the ground charge and power utilization sensors. For instance - mud humidity sensor used to be in charge of opportunity for the irrigation control device. Stylish touchtone phone is used for an out-of-the-way monitoring. The mud wetness sensor is worn for compute the earth humidity level. The wetness intensity significance is also conveying the individual portable by means of webpage. The PH sensor is used for appraise the PH significance. The water drive is second-hand for monitoring humidity stage when if its decreases the irrigate pushes into the land without human intervention. The stepper vehicle is used for automaton faction. Finally a digitalized HD camera is worn for become aware of folio diseases additional to fire disaster.

SMART AGRICULTURE ROBO WITH LEAF DISEASES DETECTION USING IOT

Dr.A. SENTHIL KUMAR; Dr. VENMATHI A R; L. GANESH BABU; Dr. G. SURESH

European Journal of Molecular & Clinical Medicine, 2020, Volume 7, Issue 11, Pages 2462-2469

In our paper we endow with a comprehensive irrigation way out to cultivator fashion and expenditure important to computerized irrigation structure to shrink water’s throw away is a dispute. It is essential to evaluate dissimilar parameters to determine the resourceful measure of water for vegetation. The planned structure is self-possessed of altered types of near to the ground charge and power utilization sensors. For instance - mud humidity sensor used to be in charge of opportunity for the irrigation control device. Stylish touchtone phone is used for an out-of-the-way monitoring. The mud wetness sensor is worn for compute the earth humidity level. The wetness intensity significance is also conveying the individual portable by means of webpage. The PH sensor is used for appraise the PH significance. The water drive is second-hand for monitoring humidity stage when if its decreases the irrigate pushes into the land without human intervention. The stepper vehicle is used for automaton faction. Finally a digitalized HD camera is worn for become aware of folio diseases additional to fire disaster.

MQTT BASED SMART HUSBANDRY MONITORING FRAMEWORK WITH LIVE SURVILLANCE

Mrs. SUMITRA. V; Mr. VENKATSAI. P; Mr. MANIKANTH; K. SWAMINATHAN; Mr. NIKHILKUMAR .P

European Journal of Molecular & Clinical Medicine, 2020, Volume 7, Issue 4, Pages 2412-2417

This paper is lined up with smart husbandry monitoring framework with live surveillance using MQTT. In this paper the focus is to keep track of the animals in the farm by monitoring the shed temperature level, water level which comes with a remote control. For the farm monitoring an IOT module is developed using embedded technology. The microcontroller is connected with temperature sensor, waterlevelsensor, PHsensor, ultrasonic sensor to know the accurate values and to change them accordingly. The doors and the lights can be operated using the remote control in this paper which make the shed more secured. The camera used the shed will be ESP32 WIFI camera for the vision.The software tool used Arduino IDE and the programming language used will be Embedded C.