Innovative Cost Effective Approach for Cell Phone Based Remote Controlled Embedded System for Irrigation

Ahmed, Vasif; Ladhake, S. A.

doi:10.1109/csnt.2011.93

Cited by 16 publications

(5 citation statements)

References 7 publications

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“…In this suggested work, the farmer needs to dial fixed numbers and send DTMF command from his mobile phone to operate valves at the field. An improvement over [7] was suggested by Siddharth Ladkhe and Vasif Ahmed by including ATmega32 as controller and miscall based approach [8]. V.Divya and A.Umamakeswari suggested a remotely operated irrigation system.…”

Section: Risk To Farmers Lifementioning

confidence: 98%

Novel, low cost remotely operated smart irrigation system

Malge

Bhole

2015

2015 International Conference on Industrial Instrumentation and Control (ICIC)

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Agriculture plays very vital role in Indian economy. Near about 70% of Indian population directly depends on agriculture. The main aim of this paper is to provide new engineering technology in an agricultural area which enhances farmers life and Indian economy. Irrigation i.e. well-timed and ample amount of water supply is necessary for agriculture to increase its productivity. This paper develops a small embedded system device (ESD) which takes care of a whole irrigation process and makes farmers life easier. The PIC18F4550 microcontroller interfaced with GSM module works as a brain and several sensors like temperature, level and rain works as eyes of this ESD. The power detecting circuit and battery backup unit take this ESD to next level by informing presence of three phase power supply in the field. The farmer just needs to send predefined commands through SMS from her/his mobile phone to this ESD to carry out irrigation process effectively. If and only if eyes of the ESD sees all parameters are within a safe range, the PIC18F4550 starts irrigation process by starting the irrigation pump. The farmer gets time to time feedback from ESD through SMS about the action that has taken place by PIC18F4550. The GSM module allows farmers to operate and monitor a remotely placed irrigation pump from anywhere far from their field. The free SMS facilities provided to farmers makes it more cost effective. In this way, this new engineering technology makes farmers life easier by providing remotely operated, more efficient and cost effective irrigation system.

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Section: Risk To Farmers Lifementioning

confidence: 98%

Novel, low cost remotely operated smart irrigation system

Malge

Bhole

2015

2015 International Conference on Industrial Instrumentation and Control (ICIC)

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“…Urban-centric wireless telemetry applications such as air quality sensing [3,5,17,4], road quality monitoring [7], road traffic delay estimation [20] and fleet tracking [1] rely on a large number of mobile IoT sensors that are controlled by a cloud controller to collectively achieve a distributed urban sensing task. Similar telemetry applications in other contexts include: smart agriculture [12,8,2,22], smart water networks [11], wildlife monitoring [13], and many others [23].…”

Section: Introductionmentioning

confidence: 99%

The Case for MUSIC: A Programmable IoT Framework for Mobile Urban Sensing Applications

Iyer¹,

Soumie²,

Boxer³

et al. 2018

Preprint

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This vision paper presents the case for MUSIC, a programmable framework for building distributed mobile IoT applications for urban sensing. The Mobile Urban Sensing, Inference and Control (MUSIC) framework is contextualized for scenarios where a distributed collection of static or mobile sensors collectively achieve an urban sensing task. The MUSIC platform is designed for urbancentric sensing applications such as location sensing on mobile phones for road traffic monitoring, air quality sensing and urban quality monitoring using remote cameras. This programmable system, at a high level, consists of several small sensors placed throughout a city on mobile vehicles and a centralized controller that makes decisions on sensing in order to achieve certain well-defined objectives such as improving spatial coverage of sensing and detection of hotspots. The system is programmable in that our framework allows one to create custom smart systems by writing custom control logic for sensing. Our contributions are two-fold -a backend software stack to enable centralized control of distributed devices and programmability, and algorithms for intelligent control in the presence of practical power and network constraints. We briefly present three different urban sensing applications built on top of the MUSIC stack.

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“…The advantage of using this method is to reduce human involvement and ensure proper irrigation. In this project we use a micro controller which is programmed and connected with GSM(Global System for Mobile Communications) module [3], such that to receive the input signal of moisture of the soil through the sensing interface between the sensing arrangement and the micro-controller. Once the controller receives this input signal, it generates an output signal that drives a relay for operating the water pump.…”

Section: Introductionmentioning

confidence: 99%

Automatic Irrigation System Monitoring by using GPRS or ZIGBEE

Krishna¹,

Marutheswar²

2016

IJERT

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In the recent years, automatic irrigation system has seen an interesting field of study among researchers. In this paper, an automated irrigation system is developed to optimize water use for agricultural crops. The system has humidity sensor, temperature sensor and soil moisture sensor, which is placed in the root zone of the plants. We proposed an efficient method in the field of irrigation systems which monitor and control the irrigation system automatically. The paper proposes an innovative GPRS (general packet radio service) and ZigBee based monitoring and controlled embedded system for irrigation. The system works automatically based on the water level in the soil, temperature and humidity in the irrigation field by reading from the sensors and can automatically irrigate the field without the involvement of farmer. Information is exchanged between far end and designed system via GPRS module. A ZigBee module is also connected with the main microcontroller chip, through which manual controlling is done when the user is within the limited range of a few meters in the designated system. The system informs users about conditions like water content in the soil, humidity in the air, variations in temperature via GPRS module or by ZigBee network.

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Innovative Cost Effective Approach for Cell Phone Based Remote Controlled Embedded System for Irrigation

Cited by 16 publications

References 7 publications

Novel, low cost remotely operated smart irrigation system

Novel, low cost remotely operated smart irrigation system

The Case for MUSIC: A Programmable IoT Framework for Mobile Urban Sensing Applications

Automatic Irrigation System Monitoring by using GPRS or ZIGBEE

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