ANDROID APPLICATION DEVELOPMENT FOR ENVIRONMENT MONITORING USING SMART PHONES: A PIC microcontroller based system is developed for environmental monitoring using Android smart phone. An Android application is developed to interact with the microcontroller and also to view and monitor the data. The microcontroller is integrated with temperature and humidity sensors and the data is transmitted to the Android device via Bluetooth.
IRRIGATION CONTROL SYSTEM USING ANDROID AND GSM FOR EFFICIENT USE OF WATER AND POWER: An Android based irrigation control system for efficient use of water and power is designed here. It uses a microcontroller to control the ON or OFF action of the motor. A moisture sensor is used and the data from this sensor is transmitted to an Android device through GSM communication. Using an Android application, the user can control the action of the motor.
DESIGN AND DEVELOPMENT OF ENERGY MEASUREMENT SYSTEM BASED ON THE ANDROID PLATFORM: A microcontroller based system for energy measurement and monitoring is developed. An Android application is developed for the measurement of power and monitoring the energy consumption to send that information to an Android device. Energy is monitored by a microcontroller based system and the data is transmitted by GSM module. The consumer uses the Android application to view the data and control power usage accordingly.
DOOR-AUTOMATION SYSTEM USING BLUETOOTH-BASED ANDROID FOR MOBILE PHONE: This project gives a basic idea of how to implement and control home security for smart home systems. An Arduino based system is developed which controls a solenoid based lock that is installed to a door. An Android application is developed to interact with the Arduino board via Bluetooth. It helps in automation of door locks and hence improving the home security.
ARDUINO AND ANDROID POWERED OBJECT TRACKING ROBOT: In this project, a robot is designed which tracks moving objects. It is based on Arduino board. An Android device is used to control the robot via USB connection. The camera of the Android device, which is attached to the robot, captures the images and the servo motors spin accordingly. Image processing techniques are used to track the object in the image.
DECENTRALIZED SMARTPHONE BASED TRAFFIC INFORMATION SYSTEM: Traffic information system can be implemented using location based services where the information is based on the position of the requesting device. In this, a decentralized smartphone based traffic information system is proposed which can discover traffic related data near any geographical location.
WIRELESS VIDEO TRANSMISSION ON ANDROID PLATFORM: In this, wireless video transmission / streaming on Android platform. An Android application is developed using which the video can be transmitted wirelessly. The phone’s WiFi network is used for transmission. The user can capture live video and stream over WiFi, so that other users can view that video. The wireless video transmission doesn’t rely on the mobile network and hence it is free of communication charge.
SENDING SMS WITH SPEECH RECOGNITION INTERFACE: Short Message Service (SMS) is the most common way to send and receive text messages. In this project, an Android application is developed which converts user’s speech to text for SMS. The user can enter, edit and send the text message though voice commands. The proposed system can be a competitive alternative to conventional text entry.