Mepco Schlenk Engineering College

About: Mepco Schlenk Engineering College is a based out in . It is known for research contribution in the topics: Wavelet & Wavelet transform. The organization has 1307 authors who have published 1665 publications receiving 18690 citations.

Smart Manufacturing Through Sensor Based Efficiency Monitoring System (SBEMS)

Abstract: The emergence of IoT (Internet of Things) fuels an incipient generation of modern applications and enhancing effectiveness. Smart manufacturing is the significant aspect to meet the innovation and competitiveness in the production environment. The application of IoT avails to increment the overall understanding in the factory through connected smart objects. This paper proposes an integrated solution of sensor affixed machines, data acquisition model and data analytics. The proposed system design and implementation is pertaining to a manufacturing company to monitor the efficiency of processes in each stage in the production environment. The focus is on monitoring and inferring insights on the efficiency of machines and operators in a cloud environment. Experimental evaluation shows a drastic amendment in the shop floor visibility area by integrating sensors for data acquisition and providing insights through the analytic tool.

Design of Smart Shopping Enabler for Visually Challenged People

Abstract: India has changed the four decade old definition of blindness as “A person who is unable to count the fingers at a distance of 3 meters rather than the earlier count of 6 meters”. This is to reduce the count of blind people in India and to bring in line with the criteria of world health organization (WHO). By this the population count of blind people will be reduced from 1.20 crore to 80 lakh. This great population not only in India but also many countries faces a major challenge i.e shopping independently. They aspire for an independent life. They have to depend on others for buying the products they are in need of. Our project aims at facilitating the visually impaired customers to identify the products in the supermarket, guiding the customers to navigate through all the sections and to automate billing. The user need not stand in long queue for billing the items bought. This eliminates assistance and provides a friendly shopping environment to the customers.

Cross slot antenna with open ended truncated patch feed for ultra wide band applications

Abstract: A novel design of an ultra-wideband (UWB) slot antenna is presented. This antenna operates as a transmitter and receiver antenna. Effects of the antenna dimensional parameters are studied through experimental and simulation results. The design procedures are developed and verified for UWB frequency band. Antenna gain and directivity at bore sight and in their maximum states are close to each other and indicate high radiation efficiency. Antenna is fed by a micro strip line which ends in a Truncated Patch. The antenna has a slotted ground plane which is in the shape of a cross slot. The frequency band considered is from 3 to 10.6 GHz, which has been approved as a commercial UWB band by FCC. This antenna is for 10 m short range communication to transmit data in wirelesss medium at a data rate greater than 50 Mbps. The proposed antenna has a return loss less than −10 dB and gain flatness over the above frequency band. The Return Loss (S11), VSWR and Radiation Pattern are simulated using ADS software. The designed antenna has been fabricated and tested. The experimental and simulation results exhibit good impedance bandwidth, radiation pattern, and relatively constant gain over the entire band of frequency.