Papers by Dr.Lince Mathew
It is very difficult and takes time to detect the person in water by usual ways like with the hel... more It is very difficult and takes time to detect the person in water by usual ways like with the help of fire force or divers. Human sensor in the proposed system can detect the presence of human under water. RFID is used as the human sensor in the system. GPS and GSM can be used for identifying the location of the person and to send the message of person's location to the receiver on the boat. The RFID consist of two parts RFID tag and reader. The RFID reader is placed at the dangerous locations of the water body and the RFID tag is attached to the person's hand. The RFID reader will produce RF signals at all the time. When the tag is nearer to the reader it will be active using the RF signals from reader and send a unique serial number to the reader using its antenna. By programming the PIC microcontroller the tag will be identified and the GPS will be active at the same time. The GPS signal will be received at the PIC MC and send the location to the receiver on the boat usin...
Design of reversible sequential circuits is an engaging area in reversible logic synthesis. The w... more Design of reversible sequential circuits is an engaging area in reversible logic synthesis. The works attempted in the domain is meager. The paper confers an improved implementation for reversible sequential logics using heuristic one-pass design technique of reversible circuits, which is a combination of embedding and synthesis.This strategy is vindicated by adopting the Transformation and KFDD based combinational reversible synthesis algorithms. Adding line optimization approach is applied on synthesized circuits, results in prime implementation cost. Quantum cost and the Transistor cost are taken as the cost functions to measure the quality of the design and the optimization
---------------------------------------------------------------------***-------------------------... more ---------------------------------------------------------------------***--------------------------------------------------------------------Abstract – It is very difficult and takes time to detect the person in water by usual ways like with the help of fire force or divers. Human sensor in the proposed system can detect the presence of human under water. RFID is used as the human sensor in the system. GPS and GSM can be used for identifying the location of the person and to send the message of person’s location to the receiver on the boat. The RFID consist of two parts RFID tag and reader. The RFID reader is placed at the dangerous locations of the water body and the RFID tag is attached to the person’s hand. The RFID reader will produce RF signals at all the time. When the tag is nearer to the reader it will be active using the RF signals from reader and send a unique serial number to the reader using its antenna. By programming the PIC microcontroller the tag will be identified and the GPS will be active at the same time. The GPS signal will be received at the PIC MC and send the location to the receiver on the boat using GSM technique. The boat will reach the location and save the person.
International Journal of Research in Engineering and Technology, 2015
Journal of emerging technologies and innovative research, 2019
Visible light communication means, communication from one point to another using light. Visible l... more Visible light communication means, communication from one point to another using light. Visible light communication is an area which is yet to be fully explored. The advantage of VLC is that there is no need to bother about the spectrum as the entire visible communication range can be effectively utilized for communication. In areas like that of a bridge, where the monitoring of its health is a major concern due to various natural changes happening, abnormal vehicle population, improper construction of the bridge etc, the importance of health monitoring is necessary for the safety of human beings. It is with this intention; this idea is introduced which will ease the health monitoring with no additional expense of its own. The health monitoring of the bridge is done based on the various parameters like strain/stress induced on the structure, wind speed, temperature and condition of the road. All this information can be obtained by using a single mote(node) that consists of several s...
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Papers by Dr.Lince Mathew