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GSM Based Bank Locker Security System using RFID, Fingerprint and Password Technology
Hiloni S. Detroja ; Prutha J. Vasoya; Disha D. Kotadiya; Chetan B. Bambhroliya
Electronics & Communication Engineering
Year: 2016, Volume:2, Issue : 11
Pages: 110 - 115
The main goal of this project is to design and implement a high security locker system based on RFID, fingerprint, password & GSM technology which can be organized in bank, secured offices and homes. in this system only authentic person can be recovered money from locker. fingerprints are one of many forms of biometrics used to identify individuals and verify their identity. RFID is means of identifying a person or object using a radio frequency transmission. in other words RFID is an electronic method of exchanging data over radio frequency waves the technology can be used to identify, track, detect wide variety of objects.
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Evaluation of Potential Activity of Fungi Isolated From Bagasse for Gluconic Acid Production
Nilesh K. Purane ; Prakash S. Lohar
Biotechnology
Year: 2016, Volume:2, Issue : 11
Pages: 116 - 120
The prime importance of any viable and successful industrial fermentation process is economics, and to greatest extent depends on selection of material, strain and strategies for fermentation process. The present attempt was to increase gluconic acid production using glucose as sole carbon source with minimum residence time by using isolated strain of A. niger from bagasse. In this experiment, batch fermentation was employed in 50L semiautomatic PLC stirred tank fer-menter, equipped with controller for optimum growth conditions. The high promising gluconic acid (GA) production (85.20 gL-1) was observed with nearly greater than 100% yield over 36 hours. This process provides significant ad-vantages over traditional submerged fermentation strategies, as showed 100% conversion of glucose to GA, made fewer difficulties during product recovery. To reduce analysis time with better accuracy, an effort has been made to use a method for evaluation of parameters like conversion of substrate and production of GA during the fermentation by using High Performance Thin Layer Chromatography (HPTLC) through the quantitative analysis of GA and glucose from microbial fermentation by A. niger.
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Design & Fabrication of Hybrid Cooler
SHASHANK KISHOR CHAURAGADE ; MUKUL KSHIRSAGAR; NRUPESH REWATKAR; SANKET KALE; PROF. SAURABH RATHOD
Mechanical Engineering
Year: 2016, Volume:2, Issue : 11
Pages: 121 - 128
Now a days, global warming is one of the serious concern for environment to get protected from it every one is taking help of technology by the means of different types of refrigeration system for comfort food process, medicines, blood storage, humidity control, etc. use of refrigeration system not totally green or ineffective environment, if we can use proper eco-friendly refrigerant in refrigeration system and make number of refrigeration system less. Then it is not long way to be resolve global warming issue. In Indian middle class and poor families cannot afford all types of refrigeration system like a ac, refrigerator, air cooler, etc. generally they purchase only air cooler. To solve this we can integrate refrigeration system of ac, refrigerator and air cooler in one product. So, that it cans multiplication and can we say as multifunctional refrigeration system. This type’s product various components are used like as compressor, condenser, capillary tube, evaporator, motor, fan, etc.
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Interoperability Remotely Accessible E-Learning System Using SCADA
Trushali Kalmegh ; Avanti Meshram; Priya Thavare; Indrayani Babhule; Vijay Masne
Computer Science and Engineering
Year: 2016, Volume:2, Issue : 11
Pages: 129 - 134
This paper presents an introduction to student assessment used with the aim to support and improve learning. It has been widely used in open and distance education, but it can also improve learning in traditional class. The Internet provides a facility for students to access laboratories from remote distance. The control of this system is accomplished via Supervisory Control and Data Acquisition (SCADA) .This Web interface was designed using HTML, CSS and configure with server by PHP.
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Matlab Based Application for Image Merging with Predictive Analysis
Aashish Ambre ; Randeep Singh Bimbh; Mandar Ganjapurkar
Computer Engineering
Year: 2016, Volume:2, Issue : 11
Pages: 135 - 140
Image merging is required in several engineering and scientific fields for creating a complex perception from the sample images. Most of the applications, for such a requirement, uses merging at intensity level. With this technique a good perception of combined objects and scenes is produced, but in certain engineering scenarios, this technique is not sufficient for analysis. The main issue with this technique is incoherent modulation of intensity due to phase properties being lost. Combined amplitude and phase merge is required to compensate those losses. The method proposed in this paper, for image merging, can be used for applications where more precise prediction is required from a combined image phenomenon. By adding pixels, the original property is lost but the frequency domain properties of an image can be used to achieve high quality image along with accurate merging for all intended pixels. This project introduces an effective and simple technique to merge images for overlapped view of set of images with reduced data set for review purpose.
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A Review On Various Techniques Of Video Segmentation
Priyanka Dhiman ; Mamta Dhanda
Computer Science and Engineering
Year: 2016, Volume:2, Issue : 11
Pages: 141 - 144
In the present world video information plays a vital role. Storage of video data has become significant for wide variety of applications such as in Forensic, Navy and Military, Medical, Multimedia applications. The miracle happens when there is a proper indexing method for the stored video content and proper retrieval method for accessing the stored information from the databases. The major issue involved in retrieving and storing the video data is Video Segmentation. One of the most important works is the motion detection and estimation. The objective of this paper is to review the contemporary video segmentation & tracking methods. Tracking is usually performed in the context of higher-level applications that require the location and shape of the object in every frame. In this paper, various segmentation algorithms taken from the literature are reviewed. They present a survey of segmentation techniques and comparison between them.
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Design and Fabrication of Electro Mechanical Ladder
Justin M Thomas ; Justin Joe Kappil; Kevin Peter; N. Aravind Krishna; Vivek Vijayakumar
Mechanical Engineering
Year: 2016, Volume:2, Issue : 11
Pages: 145 - 150
Our project mainly intends to fabricate an electrically operated mechanical ladder actuated by electrical cum mechanical systems. Conventional method of using rope, scaffold lift etc., in getting to a height encounter a lot of limitations like time, energy consumption, portability, storage, cost-effectiveness etc. The electro mechanical scissor lift ladder overcomes these shortcomings. It will be an important tool which can probably be used in different kinds of job such as changing of electrical fittings like fans & lights, painting walls etc. The device is limited to an average load of 120 kg and will have maximum lift of around 6-7 meters and must be operated on a flat surface. But however we are planning to fabricate a scaled version prototype of the proposal. Our project model consists of components such as a rigid base, working platform, scissor lift mechanism, and electro mechanical actuation system. The rigid base forms the base of the system, fixed arm of scissor lift is connected firmly to one end of the base, while the other movable arm of the scissor, slides through the shaft link in base provided on of the nut meshed with lead screw. In order to obtain the desired motion electro mechanical actuation system (i.e. a lead screw passing through the middle of the base has its external threads in communication with the internally threaded nut affixed to the movable arm) is used. Thus by Screw Jack principle, rotary motion of screw is converted to linear motion of movable arm. As the lead screw is rotated in first angular direction scissor lift mechanism vertically extends towards the expanded condition whereas reverse angular direction vertically contracts towards the retracted condition and thereby causes movement of the work platform towards the lowered position. The semi-automation feature enables the person working on the platform to easily move the entire ladder to left or right by operating a gear wheel wiper motor in mesh with the gear mounted on the wheel shaft by appropriate electrical systems which can drag the ladder over a flat surface. Eg:- A painter working on the platform with his paint job can move to the sides to cover up non painted regions. The ultimate aim of our project is to commercialize the product in the market targeting, small scale industries, colleges, schools and other organizations. To get maximum possible acceptance in the market will be our objective.
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Design &Implementation of CAN bus for Intelligent Vehicle using Sensors System
Kamal Indurkar ; Prof. Rahul Hiware; Trushna S. Kale; Savita S. Pathade; Kirti Chokhandre
Electronics Engineering
Year: 2016, Volume:2, Issue : 11
Pages: 151 - 155
The main purpose of this project is to develop CAN BUS for intelligent vehicles system. This can contribute to construct safer vehicles, improving the treatment for crash victims, and enhancing road status in order to decrease the death rate. In this project we are using CAN BUS. CAN is a multicast-based communication protocol characterized by the deterministic resolution of the contention, low cost and simple implementation. ABS is implemented in the project for preventing the vehicle from the accident using ultrasonic sensor and MEMS technology is used to detect the tilt and vibration level of the vehicle
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Travel Aid for Visually Impaired
MR. Kakodkar Sujay Govind ; Mr. Fernandes Leo; Miss. Dessai Bhavana Bholanath; Mr. Gaunce Vishal Vithoba; Mr. Fernandes Aliston Lucio
Electronics and Telecommunication
Year: 2016, Volume:2, Issue : 11
Pages: 156 - 160
A study has been proposed to help visually impaired person to walk more confidently and security. The study hypothesizes a smart system that alerts visually-impaired people with the time and give them security by contacting family when in danger. It outlines a better navigational tool for the visually impaired. In this system, real time clock module, GPS module, GSM module, headphone, Arduino controller, Micro sd card adapter are used. The overall aim of the device is to provide a convenient and safe method for the blind to overcome their security issues in daily life.
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Leakage Detection in Sensitive Data Exposure with Privacy Preservation: A Survey
Kavya S. Bhanu ; Divya K. V.
Computer Science and Engineering
Year: 2016, Volume:2, Issue : 11
Pages: 161 - 163
The exposure of sensitive data in storage and transmission poses a severe threat to organizational and personal security. This literature describes network-based data-leak detection (DLD) technique which is the main feature of the detection does not require the data owner to reveal the content of the sensitive data. Instead, only a minute amount of specialized digests are needed. This technique referred to as the fuzzy fingerprint which can be used to detect accidental data leaks due to human errors or application flaws. The privacy-preserving feature of the algorithms used minimizes the exposure of sensitive data.
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Abstract
