Final Year IEEE Android Projects in Chennai

Abstract :

With the help of new technology and methodology, it has become possible to handle large amounts of data in sensing and apply a new integrated computing model to acquire information intelligence. This paper elaborates on how the Internet Consumer industry is currently innovated at a rapid pace. This paper also presents a user-oriented practice to the specification and the necessity for the effective administration of urban areas. This paper also explores how such an outfit transformation has essentially changed the business system in the telecom industry.

Abstract :

Mobile devices such as iPad, Galaxy Tab, smartphones, laptops, and ultra-mobile personal computers have become very popular as a piece of accessing important information because of benefits like small size and mobility. However, They have a high probability of loss or theft, which can turn into information leakage for a person. This is why we need protection mechanisms for securing confidential information stored in our mobile devices. In this paper, a restricted information protection system for mobile devices is proposed to protect and maintain the confidentiality of the information. This system is composed of a secure file system and protocols. To show the security maintenance of our solution, we have performed an analysis of the possible type of attacks. Additionally, we have developed client/server application prototypes using C# to demonstrate its implementation feasibility for real-world environments.

Abstract :

This research paper illustrates an adaptive outsourcing algorithm that can run on mobile phones. The algorithm outsources the computational load that needs to be done on sensor data to a server, based on many standards, where the performance takes place. The result is sent back to the mobile phone and offered to the user. These results from measurements have shown an 85 % decrease in power consumption and a 60% decrease in latency when locally executing it on the mobile phone in many situations. Moreover, outsourcing using a WiFi connection has proved to be promising in most scenarios where complex algorithms are used to the image, while a 3G connection has shown a lot of disparity from one situation to another.

Abstract :

Drunk driving, or officially Driving Under the Influence (DUI) of alcohol, is one of the important causes of traffic accidents in the world. In this paper, we are proposing a highly efficient system for the early detection and alert for dangerous vehicle maneuvers that are typically related to drunk driving. The entire process requires only a mobile phone placed in the vehicle, an accelerometer, and an orientation sensor. A program that has been installed on the mobile phone can compute the accelerations based on sensor readings. Then it compares them with the characteristic of drunk driving patterns and data extracted from many real-world driving tests. Once drunk driving has been identified with evidence, the mobile will automatically alert the driver or call the police for help before an accident happens. We implemented the detection system on the Android phone. It has been tested under different kinds of driving behaviors. The results show that the system attains high accuracy and energy efficiency.

Abstract :

This application utilizes the Bluetooth & GPS features of the mobile phone for a Vehicle theft control system. This paper deals with the design & development of a theft control system for a vehicle, which helps prevent theft. This system makes use of GSM technology on an embedded system. The system is installed for theft prevention in the vehicle. Mobile is connected and interfaced to the microcontroller, and it’s connected to the engine. When someone tries to steal the vehicle, its information is used by the vehicle owner for processing further information. Then it is passed on to the central processing insurance system particular number is dialed to the interfacing mobile. There is a hardware kit installed in the vehicle. By reading the signals with the mobile ignition of the engine can be controlled. Then the system responds by locking or stopping the engine immediately. The vehicle will come to normal condition after entering the password. Only the vehicle owner & central processing system know’s that password. The designed unit is cost-effective as well as simple.