Sunday, 3 December 2017

FLIGHT COLLISION AVOIDANCE USING GPS BASED INTELLIGENT BEACON SYSTEM



project center in Tirunelveli 


Collision in Aviation is an unexpected accident in which two or more flights come into unplanned contact during flight. Owing to the relatively high velocities involved and the likelihood of subsequent impact with the ground or sea, very severe damage or the total destruction of at least one of the aircraft involved usually results. The potential for these collisions is increased by deviations from flight paths and the lack of collision-avoidance systems. Although a rare occurrence in general due to the vastness of open space available, collisions often happen near or at airports due to communication towers or any ancient tall buildings. The project is proposing a collision avoidance system for the aviation system. The Global position system (GPS) is responsible to locate the longitude and latitude of the accident zones like communication tower or tall buildings nearby. The embedded controller is casting as a brain for the proposed beacon system inside the flight. The beacon system can intimate the pilot while crossing the dangerous zone. The system also able to recognize the flight-to-flight collision with the help of sensors array fixed on the each flight body. This arrangement can alert the beacon system if there are any symptoms detected for collision. This intelligent beacon system is alerting the pilot by means of voice or alarm.  Thus the proposed collision avoidance is profitable vigilant system for avoiding the unnecessary flight collisions.

VISION BASD RESCUE METHOD BY USING RCR ROBOT


project center in Tirunelveli 


Children often fall down in the bore well which have been left uncovered and get trapped. The rescuing of this trapped child is not only difficult but also risky. A small delay in the rescue can cost the child his or her life. To lift the child out the narrow confines of the bore wells is also not very easy. The child who has suffered the trauma of the fall and is confined to a small area where, with a passage of time the supply of oxygen is also reduces. This project genesis a robotic based child recuing in particular for the latter accidents. Robots can only offer a solution for bore well rescue because it is fast, Economical and safe. Moreover, it has the facility to monitor the trapped child and provide a supporting platform to lift up the child. Borehole robot consists of 3 wheels with rubber grip for which motors are connected and these wheels have spring suspension also. So that, the wheels will exact fit to the walls of the hole which make the robot to travel down without any sliding and also this robot consists an arm which is used to pick up the child from the borehole. This aids to recover the child from the bore well without any danger of the victim. The sensor systems are interfaced with the brain of the robot called “Arduino”. A camera along with an LED light is used to visualize the victim as well as it helps to operate the system by control unit. The robot Hand movement is used to adjust the child position while lifting. The arm movement of the robot is controlled by DC motor. Once child is perfectly picked by robot, DC motor is used to lift up the child from borewell. The ZigBee plays a vital role of data transferring between the victim in borewell and the recovery team in earth surface with monitor.

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.

ELECTRICITY BOARD TARIFF ANNOUNCEMENT WITH LOAD SHEDDING


project center in Tirunelveli 


Today’s government offers vast attention on the Electrical energy conservation because of the lack of electricity generation. The energy conservation is a vital role of every public, then only the electricity demand can be satisfied without fail. This project portrays an idea of talking energy meter for creating the aware about energy conservation among the public. The voice announcement is the superiority in this energy meter and this is possible by designing voice bank inside it. The smart meter can implement three priceless activities. First and foremost, this talking meter is continuously measuring the energy consumed by the consumer and for every 10 units of energy consumption, the meter is announcing the total energy utilized and the amount to be paid to E.B. This elucidates about the aware that created among the public. After the getting aware of electricity price, the consumer automatically conserve the electricity, this is nature. Secondly, the system can activate the indicator on its panel after crossing the 100 unit usage of electricity. This indicator will intimate the new tariff price to be paid. The final task can establish the paramount importance of the proposed talking energy meter. After the certain unit of electricity usage, this meter can automatically trip off the heavy load with the help of relay networks. This advanced metering system is fully based on embedded controller. Still now the there is no system is implemented in field which announcing electricity bill and This proposed project will create an awareness among the public who ever/never interested in energy conservation. 

VOLTAGE-DOUBLE MAGNETICALLY COUPLED IMPEDANCE SOURCE NETWORKS



project center in trichy


A family of voltage-double magnetically coupled impedance source networks (VBMCISNs) is presented. The scheme of the proposed family is that adding the auxiliary capacitors and diodes to the magnetically coupled transformers to realize the voltage-double function. The proposed impedance networks can produce the higher voltage gain, reduce the voltage stresses across the passive components, have a common ground, realize the continuous input current and suppress the start-up inrush current. Finally, one of the resulting topologies is verified in the condition of DC-DC converter and DC-AC converter, theoretical analysis and experimental results are offered to verify the topology’s validity

A HYBRID BI-DIRECTIONAL WIRELESS EV CHARGING SYSTEM TOLERANT TO PAD MISALIGNMENT




project center in trichy


              Electric vehicles (EVs) are becoming increasingly popular as a means of future transport for sustainable living. However, wireless charging of EVs poses a number of challenges related to interoperability, safety, pad misalignment etc. In particular, pad-misalignments invariably cause changes in system parameters which in turn lead to increase in losses as well as reduction in power throughput, making the charging process long and inefficient. Consequently, wireless charging systems that are less sensitive to pad-misalignments have become preferable. This paper, therefore, presents a hybrid Wireless Power Transfer (WPT) system that charges EVs at constant rate despite large misalignments between charging pads. The proposed charging system uses a combination of two different resonant networks to realize a constant and efficient charging process. A mathematical model is also developed, showing as to how the two resonant networks can be combined to compensate for pad-misalignments. To demonstrate the validity of the proposed concept as well as the accuracy of the mathematical model, theoretical performance is compared with both simulations and experimental results of a prototype 3.3 kW hybrid bidirectional WPT system. Results clearly indicate that the proposed hybrid WPT system is efficient and offers a constant charging profile over a wide range of spatial (3D) pad-misalignments.

POWER ROUTING FOR CASCADED H-BRIDGE CONVERTERS


project center in trichy


Modular power converters are expected to play a major role in medium and high voltage/power applications. Normally, each module processes the same amount of power, however this does not take into consideration that different modules can have a different remaining useful lifetime. This paper proposes the concept of power routing for cascaded H-bridge (CHB) converters, with the purpose of delaying the failure of the system. A third-harmonic injection into the duty cycles allows extending the imbalance capability of the structure, keeping the CHB operational even if some power paths are completely unloaded. Analytic investigation in conjunction with simulation and experimental measurements demonstrate the power routing by means of the proposed method.

TRAJECTORY OPTIMIZATION FOR LOSS MINIMIZATION IN INDUCTION MOTOR FED ELEVATOR SYSTEMS


project center in trichy




 This paper presents a novel loss minimization technique for Induction Motor Driven Elevator Systems (IMDES) to determine an energy optimum velocity pattern. The objective function consists of a differential equation relating total power losses in the induction motor to its rotor speed. The constraints are provided in terms of velocity and acceleration governed by passenger comfort. Since, the velocity and acceleration are state variables, Pontryagin’s Minimum Principle is used to determine the most optimum trajectory by forming an appropriate Hamiltonian function. Boundary conditions are specified and used to obtain the coefficients of the rotor speed equation. As the velocity is optimized, the total travel time is not fixed and treated as a variable. A fixed-point iterative procedure is used to estimate the travel time. Additional loss minimization is incorporated by optimizing the machine flux for the constrained portion of the velocity pattern. An algorithm for implementing the optimization scheme is explained in detail. The theoretical claims are supported with analytical and experimental results. Proposed technique is developed for IMDES, but it can be easily adapted to other drive applications as well.

NEW SWITCHING STRATEGY FOR SINGLE MODE OPERATION OF A SINGLE-STAGE BUCK-BOOST INVERTER



project center in trichy


Generally, single-stage buck-boost inverters consist of distinct circuits operating individually in buck/boost or positive/ negative modes, the latter definitely leading to crossover distortion in the output current. This paper proposes a switching strategy that changes the bi-modal operation of a single stage buck-boost topology to a single mode inverter (SMI). This is due to the consequent voltage gain which ensures that the output voltage polarity, apart from its magnitude, is an exclusive function of the duty ratio. Operational principle and salient hardware design are explained with the help of equivalent circuits. Details about the dynamic model are presented, based on which controller design is carried out for both stand-alone and grid-connected operation. Experimental results obtained from a 300 W, 110 V laboratory prototype are presented to validate the performance of the proposed switching strategy.

MULTI-INPUT SWITCHED-CAPACITOR MULTILEVEL INVERTER FOR HIGH-FREQUENCY AC POWER DISTRIBUTION



project center in trichy


This paper proposes a switched-capacitor multilevel inverter for high frequency AC power distribution systems. The proposed topology produces a staircase waveform with higher number of output levels employing fewer components compared to several existing switched capacitor multilevel inverters in the literature. This topology is beneficial where asymmetric DC voltage sources are available e.g. incase of renewable energy farms based AC microgrids and modern electric vehicles. Utilizing the available DC sources as inputs for a single inverter solves the major problem of connecting several inverters in parallel. Additionally, the need to stack voltage sources, like batteries or super-capacitors, in series which demand charge equalization algorithms, are eliminated as the voltage sources employed share a common ground. The inverter inherently solves the problem of capacitor voltage balancing as each capacitor is charged to the value equal to one of input voltage every cycle. State analysis, losses and the selection of capacitance are examined. Simulation and experimental results at different distribution frequencies, power levels and output harmonic content are provided to demonstrate the feasibility of the proposed multilevel inverter topology.

Thursday, 9 November 2017

Mobile App Development Final Year Students

  Android IEEE & PHP Projects titles 2017 2018 Applications



We develop Custom Android Mobile Applications with best techonology trends now. We delivery Android projects with high potiental. Android Applications devilerys in different categories such as education, business, invoice billing, hospital, entertiament, Projects management, process management, school/college management, mobile based automation. We develop mobile application using cordova based. Prodive services all over india Projects center in chennai kumbakonam thanjavur trichy pondicherry madurai banglore. 




latest Android Projects titles 2017 2018 IEEE and Real Time projects 

Android Project Titles 2017-2018

Android Project Titles 2017-2018

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IOT - EMBEDDED - POWER SYSTEM & ELECTRONICS - ROBOTICS - ANDROID - VLSI - IMAGE PROCESSING

Advanced research work undertaken by a final year college students for real time and IEEE Projects with proposed or planned undertaking. We delivery an individual or collaborative enterprise that is carefully planned to achieve a particular aim.




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         IOT Internet of things : 
The interconnection via the Internet of computing devices embedded in everyday objects, enabling them to send and receive data.
Power Electronics is the study of switching electronic circuits in order to control the flow of electrical energy.
Power engineering, also called power systems engineering, is a subfield of electrical engineering that deals with the generation, transmission, distribution and utilization of electric power, and the electrical apparatus connected to such systems.
EMBEDDED SYSTEMS: design and build (a microprocessor) as an integral part of a system or device. An integrated circuit that contains all the functions of a central processing unit of a computer.

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Monday, 30 October 2017

Mobile Learning System



ABSTRACT


An Education system in India has become so advanced in last decade due to the development of the technology.
Smart class, video conferencing are some examples of modern trends in educational system.

This paper presents Android based application for learning management system for educational system.


Design and Implementation of Context Aware Applications




ABSTRACT

Transportation system are experiencing steady  growth, with the aim of providing more efficient, reliable and  comfortable services, in the framework of Intelligent  Transportation Systems. Moreover, context aware environments  are one of the main drivers in the achievement of Smart Cities and Smart Regions. In this work, mobile based information update for Urban Transportation Systems will be analyzed in terms of impact behavior and system performance. A practical solution has been implemented, combining an Android based application and a System Level Architecture over Urban Train  Transportation environmental monitoring, providing interaction between users and the environment, with the aid of a combined  platform as well as an implemented software  architecture, scalable in terms of user density and future needs.



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project-center-ambattur-avadi-ashokpillar-adyar-ekkaduthangal
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project-center-coimbatore-chennai-salem-madurai-erode-trichy-tirunelveli-pondicherry
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Android Project Titles 2017-2018

Android Project Titles 2017-2018

Automatic Privacy Leakage Detection

ABSTRACT

Android apps frequently leak private data off the device with or without intentions. Researchers have proposed a large number of methods, for example, static and dynamic analysis methods, to pick out the apps which tend to leak private data. However, they are only able to identify part of private data leakage vulnerabilities, due to the dynamic features in codes or code coverage problem. This paper presents a novel hybrid approach that can find out more private data leakages than the existing static or dynamic methods. The approach, realized
in a tool, called HybriDroid, which employs both static and dynamic analysis methods to extract the models of each apps, and then refines the behavior model to a more adequate one according to the dynamic analysis result. As a consequence, HybriDroid inherits the advantages of both static and dynamic analysis methods, which not only achieves a high code coverage, but also can deal with the dynamic features in codes. The evaluation results show that HybriDroid is effective in detecting privacy leakages for both inter- and intra-app communication. Comparing with the existing methods, it can achieve considerable improvements in data leakage detection performance with a 97.8% precision and 90% recall on the selected apps fromDroidBench 3.0 test suite.

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project-center-ambattur-avadi-ashokpillar-adyar-ekkaduthangal
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project-center-coimbatore-chennai-salem-madurai-erode-trichy-tirunelveli-pondicherry
project-center-delhi-mumbai-hyderabad-visakhapatnam
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Android Project Titles 2017-2018

Android Project Titles 2017-2018



My Privacy My Decision: Control of Photo Sharing on Online Social Networks


My Privacy My Decision: Control of Photo Sharing on Online Social Networks


Abstract

—Photo sharing is an attractive feature which popularizes Online Social Networks (OSNs). Unfortunately, it may leak users’ privacy if they are allowed to post, comment, and tag a photo freely. In this paper, we attempt to address this issue and study the scenario when a user shares a photo containing individuals other than himself/herself (termed co-photo for short). To prevent possible privacy leakage of a photo, we design a mechanism to enable each individual in a photo be aware of the posting activity and participate in the decision making on the photo posting. For this purpose, we need an efficient facial recognition (FR) system that can recognize everyone in the photo. However, more demanding privacy setting may limit the number of the photos publicly available to train the FR system. To deal with this dilemma, our mechanism attempts to utilize users’ private photos to design a personalized FR system specifically trained to differentiate possible photo co-owners without leaking their privacy. We also develop a distributed consensus- based method to reduce the computational complexity and protect the private training set. We show that our system is superior to other possible approaches in terms of recognition ratio and efficiency. Our mechanism is implemented as a proof of concept Android
application on Facebook’s platform.




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project-center-bangalore-chennai-trivandrum
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project-center-chidambaram-mayiladuthurai-nagapattinam-cuddalore
project-center-coimbatore-chennai-salem-madurai-erode-trichy-tirunelveli-pondicherry
project-center-delhi-mumbai-hyderabad-visakhapatnam
project-center-dharmapuri-hosur-krishnagiri
project-center-dindigul-palani-rasipuram
project-center-tirunelveli-tiruchendur-nagercoil-virudhunagar-rajapalayam
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project-center-trivandrum-ernakulam
project-center-in-chennai

Android Project Titles 2017-2018

Android Project Titles 2017-2018

Exam and Hall Ticket management Application System


Exam and Hall Ticket management Application System

Abstract


This paper gives the idea about the working of Examination management System. This online examination management system project is developed for the Engineering student in order to view the timetable for allocate students in hall and attendance for hall wise and student wise. This project can also focus on for Examination and Hall Ticket. This project is a Mobile based application. The developed project or the software application  allows the student to select their exam timetable online and view the seating arrangement for the exam. In this project student can also generate there Hall Ticket by giving input such as Branch, year, semester, and Roll No of student. The developed system is evaluated using real data by prospective users of the  system.

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project-center-ambattur-avadi-ashokpillar-adyar-ekkaduthangal
project-center-bangalore-chennai-trivandrum
project-center-bhubaneswar-belgum-bhopal
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project-center-coimbatore-chennai-salem-madurai-erode-trichy-tirunelveli-pondicherry
project-center-delhi-mumbai-hyderabad-visakhapatnam
project-center-dharmapuri-hosur-krishnagiri
project-center-dindigul-palani-rasipuram
project-center-tirunelveli-tiruchendur-nagercoil-virudhunagar-rajapalayam
project-center-tnagar-tambaram-nungambakkam-velachery
project-center-trivandrum-ernakulam
project-center-in-chennai

E-Post Office System



E-Post Office System Mobile App

Abstract

An automated module for the Post Office will help in automating functions of the administration department. It helps in reducing the time spent in record keeping and the work can be carried out effectively. The searching of records in future will also become easy. The redundancy in the data due to manual data will also be tacked. The Post office will be able to access the personal information of each customer easily. The administration department will also be able to add new branches of post office, staffs, customers, set the rates for the courier or any other parcel based on duration, weight, distance, and type of delivery.
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project-center-ambattur-avadi-ashokpillar-adyar-ekkaduthangal
project-center-bangalore-chennai-trivandrum
project-center-bhubaneswar-belgum-bhopal
project-center-chidambaram-mayiladuthurai-nagapattinam-cuddalore
project-center-coimbatore-chennai-salem-madurai-erode-trichy-tirunelveli-pondicherry
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project-center-dindigul-palani-rasipuram
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Android Project Titles 2017-2018

Android Project Titles 2017-2018

E bus – Mobile GPS Based Current Location Tracking System



E bus – Mobile GPS Based Current Location Tracking System
Abstract

Tracking of organization buses while moving on highway is a crucial task. A person patiently waiting for the bus may want to enquire about the position of current location of the bus. Phone discussion is not always possible due to traffic disturbances. Further it involves variant costs due to the calls and message service over phone and the person in the bus may get annoyed if he gets multiple calls from people boarding that bus. Mobile based Bus Tracking System provides a solution to this problem which helps anyone to retrieve the location of the bus without calling or disturbing the person travelling in the bus. The people boarding the bus and the coordinators of the bus should own an android driven mobile phone with internet connectivity. The Global Positioning System (GPS) supports in area following with backing of Global Standard for Mobile (GSM) in cellular telephone to report transport area information again to the servers. Continuously, this shows where transports are on a guide and evaluation the entry time and separation with reference to holding up stop by utilizing propelled gimmicks of Internet. The function of proposed system is to provide an economical, flexible and reliable system for bus tracking.

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project-center-bangalore-chennai-trivandrum
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project-center-coimbatore-chennai-salem-madurai-erode-trichy-tirunelveli-pondicherry
project-center-delhi-mumbai-hyderabad-visakhapatnam
project-center-dharmapuri-hosur-krishnagiri
project-center-dindigul-palani-rasipuram
project-center-tirunelveli-tiruchendur-nagercoil-virudhunagar-rajapalayam
project-center-tnagar-tambaram-nungambakkam-velachery
project-center-trivandrum-ernakulam
project-center-in-chennai

Android Project Titles 2017-2018

Android Project Titles 2017-2018

E criminal Identification



E criminal Identification Using Face Recognition Based Mobile App


Abstract

Criminals identification using face recognition based mobile app to search and identify criminal details. In the existing system finding the criminal and identify the background data is difficult, which leads to time taking process and lack of accuracy. The proposed mobile applications contains criminal details such as name, case no, photo and etc. Police shall search using face recognition and other details easily through mobile. This research proposes an unobtrusive means of acquiring and recording shoe prints of anyone who enters the safe room. 

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project-center-bangalore-chennai-trivandrum
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project-center-chidambaram-mayiladuthurai-nagapattinam-cuddalore
project-center-coimbatore-chennai-salem-madurai-erode-trichy-tirunelveli-pondicherry
project-center-delhi-mumbai-hyderabad-visakhapatnam
project-center-dharmapuri-hosur-krishnagiri
project-center-dindigul-palani-rasipuram
project-center-tirunelveli-tiruchendur-nagercoil-virudhunagar-rajapalayam
project-center-tnagar-tambaram-nungambakkam-velachery
project-center-trivandrum-ernakulam
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e Shop Mobile based Stock Management System



e Shop Mobile based Stock Management System

Abstract

Stock Management system is a software which is widely used by retailers, shopkeepers, manufacturing units and other merchants across different businesses. It is used for managing stock of products in their warehouse or in the shops. Gone are those days when a shop owner used to manage all his sales and accounts on paper. This job is now performed with these management tools which not only record the sales but also notify the retailer about the items low in stock. Which products are available in stock or when to reorder a particular product? How do they know that a particular product’s stock is finished?

Which products sales have been high or which products had low sales? The answer is simple- They use an automated system which helps them in managing their stocks. Stock Management system helps a retailer or shopkeeper in minimizing their stocks in accordance with the sales.


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project-center-coimbatore-chennai-salem-madurai-erode-trichy-tirunelveli-pondicherry
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project-center-dharmapuri-hosur-krishnagiri
project-center-dindigul-palani-rasipuram
project-center-tirunelveli-tiruchendur-nagercoil-virudhunagar-rajapalayam
project-center-tnagar-tambaram-nungambakkam-velachery
project-center-trivandrum-ernakulam
project-center-in-chennai

Android Project Titles 2017-2018

Android Project Titles 2017-2018

e Diagnostic Lab online Reporting Mobile App



e Diagnostic Lab online Reporting  Mobile App

                                                         Abstract


It is an online diagnostic lab manager application that brings up various diagnoses working online. Here patients get an option to register on the site and login using registered details. Once registered with their address and contact details, the patients may now see a variety of tests conducted by the lab along with their costs. The system allows patients to do the bookings for various tests like CBC, Blood Glucose, KFT, and LFT. The tests also consist of parameters like Hemoglobin, WBC, etc. The system allows users to book any test needed and after successful booking, system calculates costs and allows users to pay online. As soon as the payment is done, the patient test is booked and the lab may now collected samples from patients registered address. After successful testing, the patient or the user gets a notification of test result through an email. The system allows admin to attach a copy of the report into the system and automatically email it to intended patient.

project-center-trichy-thanjavur-kumbakonam
project-center-salem-erode-namakal-tiruchengode-karur-gandhipuram
project-center-mannargudi-pattukkottai
project-center-ambattur-avadi-ashokpillar-adyar-ekkaduthangal
project-center-bangalore-chennai-trivandrum
project-center-bhubaneswar-belgum-bhopal
project-center-chidambaram-mayiladuthurai-nagapattinam-cuddalore
project-center-coimbatore-chennai-salem-madurai-erode-trichy-tirunelveli-pondicherry
project-center-delhi-mumbai-hyderabad-visakhapatnam
project-center-dharmapuri-hosur-krishnagiri
project-center-dindigul-palani-rasipuram
project-center-tirunelveli-tiruchendur-nagercoil-virudhunagar-rajapalayam
project-center-tnagar-tambaram-nungambakkam-velachery
project-center-trivandrum-ernakulam
project-center-in-chennai

e Restaurant Mobile App

e Restaurant Mobile App - Real-time process management system by shareing food order information

                           Abstract

In a full-service restaurant, it is crucial to share  order information among staff in the dining room and kitchen.  This paper introduces a real-time process management system  for restaurants using an advanced point-of-sale (POS) system  by which staff can share order information in real time. In this  system, kitchen staff can check all customer orders by the dish  that was ordered and the elapsed time of each order. Moreover,  dining hall workers can grasp their customer situation with a  monitor. By introducing this system to a restaurant, we  confirmed that it can make preparation processes more efficient and reduce customers’ claims.

project-center-trichy-thanjavur-kumbakonam
project-center-salem-erode-namakal-tiruchengode-karur-gandhipuram
project-center-mannargudi-pattukkottai
project-center-ambattur-avadi-ashokpillar-adyar-ekkaduthangal
project-center-bangalore-chennai-trivandrum
project-center-bhubaneswar-belgum-bhopal
project-center-chidambaram-mayiladuthurai-nagapattinam-cuddalore
project-center-coimbatore-chennai-salem-madurai-erode-trichy-tirunelveli-pondicherry
project-center-delhi-mumbai-hyderabad-visakhapatnam
project-center-dharmapuri-hosur-krishnagiri
project-center-dindigul-palani-rasipuram
project-center-tirunelveli-tiruchendur-nagercoil-virudhunagar-rajapalayam
project-center-tnagar-tambaram-nungambakkam-velachery
project-center-trivandrum-ernakulam
project-center-in-chennai

Android Project Titles 2017-2018

Android Project Titles 2017-2018



Development of EMedichine Prescription


Development of EMedicine Prescription :  A Personalized Family Medicine Recommendation


                                           Abstract

There have been many studies which have been  conducted on the development of healthcare system by  incorporating smartphones such as pharmacy recommendation  system. However, the existing systems were limited to storing  medicine recommendation of pharmacy. Therefore, this paper  introduces eMedichine Prescription  which is a personalized family  medicine recommendation which runs on mobile platform. Personalized here refers to the function provided where it allows  the users to customize the system to manage medicine recommendation  for their family usage. Interview method has been applied for  requirement gathering analysis. All requirements have been  classified into functional and non-functional requirements and  then depicted in the form of  Unified Modelling Language (UML)  diagrams for development purposes

project-center-trichy-thanjavur-kumbakonam
project-center-salem-erode-namakal-tiruchengode-karur-gandhipuram
project-center-mannargudi-pattukkottai
project-center-ambattur-avadi-ashokpillar-adyar-ekkaduthangal
project-center-bangalore-chennai-trivandrum
project-center-bhubaneswar-belgum-bhopal
project-center-chidambaram-mayiladuthurai-nagapattinam-cuddalore
project-center-coimbatore-chennai-salem-madurai-erode-trichy-tirunelveli-pondicherry
project-center-delhi-mumbai-hyderabad-visakhapatnam
project-center-dharmapuri-hosur-krishnagiri
project-center-dindigul-palani-rasipuram
project-center-tirunelveli-tiruchendur-nagercoil-virudhunagar-rajapalayam
project-center-tnagar-tambaram-nungambakkam-velachery
project-center-trivandrum-ernakulam
project-center-in-chennai