Student Name : Manjupriya. V
Domain : Networking
Co-ordinator Name : Prof.Dr.M.Rajendiran
Student Name : Pavithra. P
Domain : Cloud Computing
Co-ordinator Name : Prof.Dr.S.Malathi,
Student Name : Sowmiya. S
Domain : Robotics
Co-ordinator Name : Prof.Dr.K.Valarmathi
Student Name : Ramya. S
Domain : Security
Co-ordinator Name : Prof.Dr.V.D.Ambeth Kumar
Student Name : Subathra. M
Abstract: Internet of things is system that controls the interconnected things which are implanted with sensors, programming's that empowers to gather and trade information.These physical articles are controlled remotely with sufficient system foundations.The absence of help administrations can make outwardly impeded individuals excessively reliant on their families, which keep them from being financially dynamic and socially included. The IoT can offer individuals with handicaps the help and bolster they have to accomplish a decent personal satisfaction and enables them to get appropriate instruction without dangers. For this reason the proposed engineering of web of things is to screen the vehicle by utilizing Raspberry controller and it set forth numerous highlights to recognize the purpose behind happening the mishaps and furthermore protect the outwardly weakened amateur from the mischance or dangers. Distinctive application things are taken into issues the tip goal to indicate the collaboration of the segments of internet of things. Recognizing a crisis with help of sensors and controls the situation by announcing them to outside the world, that worry calamity group makes suitable move to protect the penniless. While the proposed work will be a keen ready framework to different components without human mediation. Basic difficulties have been distinguished and tended to.
Student Name : Thilagavathi. S
Abstract: Digitized India is used to connect rural areas with high speed Internet. As a result, it is used to reduce crime, manual power, documentation and also increases the job opportunities. Nowadays people are facing many problems when they forget to carry the driving license and also to reduce the corruption, the proposed system combines the driving license with Aadhar card. The details of driving license and Aadhar card data can be combined using the MapReduce Counters. It automatically aggregated over Map and Reduce phases. It is used to create a tool that manages the handling of license using unique identification associated with each individual. It helps the user to travel various places without having the license. So the proposed system will make the digitization of data on a large scale for easy and quick access throughout the India. Sqoop is a tool intended to exchange information amongst Hadoop and social databases. Sqoop utilizes MapReduce to import and export the information, which gives parallel operation and in addition adaptation to noncritical failure. As the result of parallel operations time utilization for transferring the data get decreased radically.
Student Name : Divya. A
Co-ordinator :Prof.Dr.V.D.Ambeth Kumar
Abstract: It is indeed disconcerting that a staggering population of around 285 million are visually impaired according to the survey carried out by the World Health Organization (WHO) in the year 2018. Education is widely considered to be of paramount importance for the development of the world. However, most of the visually impaired community face a lot of hindrances while looking to get schooled or to impart knowledge. Books are used as the major resources in education and unfortunately there are not many ways to transform these literary forms into vocalizations or tactile which usually help them in learning or to enhance knowledge in general. Though there are methods for textual conversions depictions are found to be with not many feasible ways for transformation. However, few of these image conversions are done by humans which requires enormous manpower piling on to the existing complications. There are 3D printings and hand-paintings of tactile made by human intervention, which is expensive and time consuming. In order to overcome these limitations and make such adaptations accessible, quickly attainable and understandable, we have framed automated algorithms and also use a Braille printer to print the tactile content .These convert complex pieces of illustrations on paper into tactile in a very short span of time and also make it easily comprehensible for the visually impaired enabling them to have an uncomplicated educational experience.
Student Name : Hemalatha. S.V
Abstract: In todays world, development of Wireless Sensor Networks (WSNs) in medicinal services are increasing by means of establishing low-control organized frameworks with the use of therapeutic sensors. In this, a lightweight and secure scheme is proposed for wireless medical sensor networks. Each Patient Area Network (PAN) consists of some biosensors and a controller. These biosensors collects the individual information of a patient ie., Personal Health Information (PHI) like body temperature, blood pressure, heart bear rate, blood glucose level etc.. Sensors forward the information to the controller. Proxy Protected Signature Technique is used as security aspect and it is based on Hash-chain key updating mechanism. During each and every transmission of medical data from sensor to medical server the hash key gets updated. During user registration, the user receives the proxy key from the medical server. Using the proxy key the user enters into system and accesses the patient’s medical data from the medical server. Here we provide the encryption and decryption mechanism using blowfish algorithm. The information which is travelled from sensor to network is encrypted using blowfish algorithm. The information which is retrieved by the doctors is decrypted using blowfish algorithm.
Student Name : Saranya. G
Co-ordinator :Prof.Dr.V.D.Ambeth Kumar
Abstract: As the evolution of technology has been wide spread in various fields, but in the recent past it has sustain-ably focused on advancing the standards of living environment into a much smarter way. An innovative period, where Internet of Things (IOT) has been globally accepted and being introduced in various environmental scenarios, transforming them into a smarter environment. IOT architects the smart environment in such a way that the users do not feel the absence of the regular intercultural and interactive experiences. The environmental scenario of a public exhibition considers people who are more self-involved in their own activities rather than paying attention to it and in other cases, people who pay attention carving for extracting more information from the public exhibitions. In this paper, we plan an indoor area mindful design which enhances the client involvement in a public exhibition. It gives rise to an environment where the entire system depends on a wearable device which provides the users with the subjective content of the observed entity through the combination of image recognition and localization capabilities. A few area mindful administrations running in the framework follow the user’s movements while updating the environmental status. These services interact with the users through the physical devices. This system provides the possibility of the extension to the several other IOT technologies, which advances the system’s effectiveness in any public exhibition environment.
Student Name : Thillai Sivakavi. S
Abstract: Wheelchairs are utilized by the general population who can't stroll because of physiological or physical disease, damage or any incapacity. They can't move anyplace like a typical individual. Consequently they generally rely upon the other individuals. To help individuals with such imperfections, the proposed shrewd wheelchair framework utilizes double control for route in commonplace conditions. The two methods of information control to the wheelchair are voice recognition and joystick. The development of wheelchair can be control physically by the voice and joystick. When one need to alter the course, the summon is actualized by utilizing joystick and after that the order is sent to the pic-microcontroller board where the controller PIC16F877A will process the charge. In the wake of handling the controller send the charge as advanced flag to the engine driving IC and the engine driving IC control the development of wheelchair. In the projected structure is a joystick and voice controlled wheelchair robot. The voice of the individual is recognized by voice catch module and that contrasted and predefined voices stacked in the framework by voice acknowledgment module. As per the got voice, the goal is naturally comprehended and the wheelchair moves as indicated by the course which is predefined. The wheelchair can naturally explore from one point to other in the recognizable condition according to charge from the voice module.
Student Name : Yaagesh Prasad.P,
Co-ordinator : Prof.J.Josepha Menandas
Project Description: 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.
SUBMITTED TO : HACKATHON SBI - Digitize for Bank 2017 (Shortlisted)
Team ID : josepha82_3d16