Tuesday, 14 January 2020

AUTOMATED BLOOD BANK SYSTEM USING RASPBERRY PI

AUTOMATED BLOOD BANK SYSTEM USING RASPBERRY PI 

 
Android Projects

Need of blood is drastically increasing. Per annum we require 5 million blood units and only 5 million blood units are available. This is the major drawback in case of emergency blood required some patients have daily need of blood those suffering from cancer. Even though the technology is developed still we fail to bring blood donors and recipients on the common platform. Accidents cannot be predicted. There may be blood requirement at any moment so direct communication between donor and user becomes necessary to avoid longer time span in the availability of blood [1]. Basically user/patient needs to send the request with required blood details from database data will be fetched and notification will be send to the respective blood donor.

Survey Land Registration System App

eRestranut Online Shopping For Food

ebanking App to Manage Account And Transfer

Nexus Mobile App For Searching Contractor And Worker In Cities

EGG Production Management System Based Mobile App

Online Matrimonial

Local Services Info Based Mobile App

Reminder App - Medical , Doctor

Mobile Attendance Management system project in Android App

Mobile App For Water Complaint System

Mobile App For Laundry Service Using Bootstrap Responsive Design

Friday, 10 January 2020

Gram Sandesh Transmission-A Web Based Information System for Farmers

Android PHP Projects
Abstract : This paper presents the experimentation done in order to flourish a low price and impressionable information system to provide useful information to farmers in a timely manner so as to assist their decision making process. The primary reason behind development of this system was to automate the flow of information to farmers since agriculture is the backbone of our country. Gram Sandesh Transmission is a web disciplined system which targets all sort of audience by means of its ios application (for iphone users),android application(for android users), messaging server(for basic mobile handset) and gsm based led boards (for those who don’t owe a mobile handset).

Farmers are provided with weather related information on daily basis so that necessary decision regarding sowing of seeds, weeding, harvesting, irrigation could be taken. 
The system warns with any disaster related information so that necessary steps could be taken. Another module of the system deals with providing “Sarkari Mandi Bhaav” (Govt. Market Price) and thus reduces the chances of fraud prices quoted by middleman to farmers. Keywords- Information system; Farmers; Agriculture; Android; PHP; JSON; API; GSM; 
INTRODUCTION
Agriculture is the fortitude for our country India. A large population of the country depends on farming related activities for their sustenance. However, it is perceived that there is lack of a handy agronomical information system for the end users. Information and data is available but does not reach the end-user on time [1]. Safekeeping this fact into consideration; Gram Sandesh Transmission has been developed so as to facilitate the flow of useful information required for farming [2]. In last few decades the trade of farming has changed rapidly. 
Apart from the traditional problems in farming, farmers are now facing competition from global market. They strictly need to adhere quality standards set by World Health Organization to trade in international market. An era has arrived where key to success is accurate, timely information and accurate judgment placed upon it [2], [3]. Present generation predominantly bank on mobile phones for their every work. Telecom Regulatory Authority of India (TRAI) revealed that there are currently more than 933 million mobile subscribers in the year of 2014 in the country. Mobile technology there can be used to pass the information to farmers as almost every village in the country has accessible mobile network towers and large number of registered users [8]. Each family has at least one mobile user. Gram Sandesh Transmission covers all form of mobile users in terms ios, android and basic mobile phones. 
The hardware implementation of the system targets the audience without the mobile phones by means of GSM based LED boards. The fundamental objective of the research is to bridge the information void that exists presently between the farmers and databases, In order to upgrade the crop fertility by means of an economic and feasible farming advisory system which could advertise the expert knowledge among rural people [4]. A major part of today’s population is youth which relies upon mobile applications (either android or ios) for the information required by them. Hence the system is developed on these platforms. The feasibility study done reveals that system is completely feasible in terms of technical, operation and economical feasibility [5].

PREMISE 
A large volume of data is available today ovalmost every occupational section of the sthe data presence, a wide information gap because there is lack of a proper applicatiinformation is made available to them. Threlated to all agricultural related activities information, government price for crops, into sowing of seeds & modern agricultKeeping in the view an android and an iobeen developed so that information is provbasis. The hardware implementation of ththat information reaches to those farmers toa mobile handset. 

Sunday, 3 December 2017

EMBEDDED BASED AN INTEGRATED RAILWAY TRACK PROTECTING SYSTEM



project center in Tirunelveli 


The Indian Railway is the fourth largest network in the world carrying 18 million people to their destinations each day. More than 16,000 trains run on Railway tracks each day. This large network should work properly for an enriched development in transportation. By neglecting the human errors, the main reason for the train accidents is derailment. The derailment may be happened due to unwanted and unexpected track failure, anonymous track deviation due to weather conditions, crack on the overhead railway bridges and last but not least the flood disaster that dips rail tracks. This project proposing a novel idea for the detection of the aforementioned faults on the track and can intimate the upcoming train on the track to stop and avoid the human loss. This project is addressing the embedded based detection and alerting mechanism for this kind of track failures. This state-of-the-art of the system here is an earlier detection of faults on the track and so the loco pilot can get a security alert to force stop the train before the spot.

EMBEDDED BASED INDUSTRIAL ENERGY SAVING AND SAFETY WITH GSM TECHNOLOGIES

project center in Tirunelveli 


                       Energy is a key factor in the development of any country. The energy needs are increasing day by day. Both for economical and environment reasons, efficient use of the need of hour. In this project we developed the system, which will control the utilization of electrical energy in the economical way, especially in the case of industries.
                   The main heart of the circuit is digital system, interfacing with different sensing unit. In our project the energy saving is achieved in the following ways, Intensity control light, Weather control fan, interrupt, code lock, earth fault, and vibration, fire, and mobile communication.                  
                  In our project the system will avoid the energy wastage. This project will be increase energy saving for all houses as well as industries. In this   system any future modification can be easily implemented.


LAST-METER SMART GRID EMBEDDED IN AN INTERNET-OF-THINGS PLATFORM



project center in Tirunelveli 


The customer domain of the smart grid naturally blends with smart home and smart building systems, but typical proposed approaches are “distributor-centric” rather than “customer-centric,” undermining user acceptance, and are often poorly scalable. To solve this problem, we propose a detailed architecture and an implementation of a “last-meter” smart grid—the portion of the smart grid on customer premises—embedded in an internet-of-things (IoT) platform. Our approach has four aspects of novelty and advantages with respect to the state of the art: 1) seamless integration of smart grid with smart home applications in the same infrastructure; 2) data gathering from heterogeneous sensor communication protocols; 3) secure and customized data access; and 4) univocal sensor and actuator mapping to a common abstraction layer on which additional concurrent applications can be built. A demonstrator has been built and tested with purposely-developed ZigBee smart meters and gateways, a distributed IoT server, and a flexible user interface.

REMOTE WIDE –AREA OSCILLATION MONITORING AND LOAD SHEDDING USING LOAD RESTOTAION METHOD


project center in Tirunelveli 


This project proposes a load oscillation monitoring technique “load restoration method” based on wireless WAMs. An electrical power system network is very sensitive to load changes and it may result into complicate power delivery to connected loads. The available two solutions for this abrupt load changes are load restoration or rescheduling and load shedding. This project proposes a novel technique called Load restoration Method for power system oscillation monitoring based on Wide Area Monitoring (WAM). It is considered to monitor the load oscillations among the main grid and the connected substations with the help of WAMs. This wireless communication system is effectively monitoring the load levels of each substation and transferring the collected data into the substation level control rooms. The load restoration is done depending upon the available energy on the grid side and load shedding may also applicable if the load limitations exceeds. The great advantages of the proposed work is that the work is focusing the large amount of area without any physical medium for communicate and hence the HV side load monitoring & load restoration is possible.