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Implementation of Sixth Sense in a Universal Manner


Affiliations
1 Department of ECE, Sri Ram Engineering College, Perumalpattu, Tiruvallur District 602 024 I, India
     

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Human interaction with the smart spaces is a rapidly developing field. This has been achieved by various means in the past, through wired or wireless modes of communication. In our proposed model we used MEMS device for finger movement detection, which can control the smart spaces. We develop communication between the system and human in a java environment and further bond them using a communication port to perform some operations in the system such as system logging off and logging on and the automatic control of camera along with sending a mail of real time image captured by the camera, controlling of home appliances like electrical connections, TV, fridge and automobile. These operations are performed without any tactile touch with the system. Our system consists of a transmitting block and receiving end. The transmitting side is in the form of a ring in our finger. The receiving end is the universal unit. Four hand gestures were given as input (left, right, up, down). For each of which a specified operation is performed.

Keywords

Finger Movement Detection, MEMS Technology, Java.
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  • Implementation of Sixth Sense in a Universal Manner

Abstract Views: 213  |  PDF Views: 2

Authors

K. Revathi
Department of ECE, Sri Ram Engineering College, Perumalpattu, Tiruvallur District 602 024 I, India
C. Senthil Kumar
Department of ECE, Sri Ram Engineering College, Perumalpattu, Tiruvallur District 602 024 I, India

Abstract


Human interaction with the smart spaces is a rapidly developing field. This has been achieved by various means in the past, through wired or wireless modes of communication. In our proposed model we used MEMS device for finger movement detection, which can control the smart spaces. We develop communication between the system and human in a java environment and further bond them using a communication port to perform some operations in the system such as system logging off and logging on and the automatic control of camera along with sending a mail of real time image captured by the camera, controlling of home appliances like electrical connections, TV, fridge and automobile. These operations are performed without any tactile touch with the system. Our system consists of a transmitting block and receiving end. The transmitting side is in the form of a ring in our finger. The receiving end is the universal unit. Four hand gestures were given as input (left, right, up, down). For each of which a specified operation is performed.

Keywords


Finger Movement Detection, MEMS Technology, Java.