Student Name : ANTO WIN SHALINI.W Abstract:
This project converses about the child tracking system via GPS (Global Positioning System) and using GSM (Global System for Mobile Communication). The main function of this system is to ensure that the user will be inform or know the child’s whereabouts in any time. The tracking system will used GPS(Global Positioning System) and GSM(Global System for Mobile Communications) as the tracking system tools. The purpose of this project is to keep track of the kids when they are away from the reach of parents.
MINIATURIZED WIDE BANDWIDTH MIMO DIELECTRIC RESONATOR ANTENNA USING DEFECTIVE GROUND STRUCTURE FOR UWB APPLICATIONS
Student Name : ARUNA.C Abstract: To design a compact wide bandwidth antenna for Ultra Wide Band applications. A normal microstrip patch antenna does not produce wide bandwidth and produce spurious (unwanted) radiation. Hence, a Dielectric Resonator Antenna (DRA) is proposed, which does not produce unwanted radiation. This DRA supports very well for high frequency applications since, it does not have conducting materials. The antenna is integrated with Defective Ground Structures (DGS ) to enhance the bandwidth. The bandwidth obtained here is 4.692 GHz with reflection coefficient -43 dB. The size of compact antenna is (29× 29× 2.29) mm3 .
MINIATURIZED PLANAR WAVEGUIDE FILTER FOR C-BAND APPLICATIONS
Student Name : KOKILA.V Abstract:
Wireless communication is the need of world. Microstrip filters are always famous due to their easy fabrication, small size, and low cost, light weight in cellular mobile phone industry and in many integrated circuits. In this project, a new miniaturized planar filter for C band application is designed. The centre frequency of the proposed filter is in C band.
A DESIGN OF COMPACT 180 DEGREE HYBRID COUPLER USING T - SHAPE STRUCTURE
Student Name : B.PAVITHRA Abstract:
The size of hybrid coupler should be reduced in order to agree with application requirements. Reduction of hybrid coupler size is achieved by replacing each λ/4 section using T-shape structures for different characteristic impedance.
FREQUENCY RECONFIGURABLE ANTENNA USING MS WITH IMPROVED BANDWIDTH
Student Name : RAJAKANYA. N Abstract:
The objective of the project is to design a compact, low profile frequency reconfigurable antenna to operate around 4.7 GHz with increased bandwidth using meta surface, with which the frequency can be tuned by rotating the MS around the center.
AN IoT ENABLED VEHICLE TRACKING SYSTEM WITH CLOUD BASED GEO-POSITION MONITORING SYSTEM
Student Name : R.Priyarajan Abstract:
To design an IoT enabled system to avoid the vehicle accident and theft. This approach can provide emergency communication and location tracking services in a remote car that meets an unfortunate accident or any other emergency situation.
Automated Cheque Recognition and Processing System (ACRPS)
Student Name : Yaagesh Prasad.P,
S.Sathyavenkateshwaren Co-ordinator :
The Automated Cheque Recognition And Processing System uses OCR (Optical Image Recognition) recognition engine to recognize the text from the image document(Cheque image). Further the converted text would be stored in the database for further validation. The information to be considered for cheque validation are the Date, Amount in words, Amount in numbers and Beneficiary Name. Bank related information available in the cheque leaf are Account number, MICR code, Cheque number, San number, Account type and Prefix which could be recognized using QR engine to decode data if cheque leaf printed with QR code that embeds the above mentioned bank details.