Atlas America

Rajan, JUIT Waknaghat

 

Atlas America, is Geography teaching application which deals specifically in the maps of America ( North & South America ) and is developed for One Laptop Per Child - Mexico ( OLPC - MX ) in Spanish currently , the application is protected by Creative Commons Attribution 2.5 license. The application has its 2 releases for Windows and uses technologies like Open Layers, Map Server, Geo RSS and PHP. Atlas America has a set of 20 chapters covering various Geographic attributes with 3 add-ons in its next release where children can upload more than 500 images for every tag they see on maps, they can maintain editable notes for all chapters and with a Google Gadget they can browse for Geographic videos ,thereby giving children 3 way learning experience text, images and videos.

  

Self Adaptive Content Based Clustering of 3D Object

Angad Singh, Pulkit Arora & Sushant Kaura

JIIT University, Noida

 

Generic classification of 3D objects by applying data mining techniques to generate novel machine learned shape matching algorithm and/or adapt existing algorithms automatically based upon user input and training data. It aims to find common features in order to make generic classes of 3D objects. This allow 3D object recognition of unknown objects (toward 3D generic object recognition) as well as reduce retrieval time.

 

 

Using Nose for Hands-free Movement of Onscreen Mouse Pointer

Navjot Garg ,Vaibhav Shukla , Vineet Mundra , Aadhar Agarwal

JIIT University, Noida

 

The basic purpose of this project is to use nose for controlling mouse pointer on screen and thus making the technology convenient and accessible for the disabled user.

This software addresses the issue of enabling the physically challenged user to take control of computer conveniently.

The idea is to detect the face in a video, track movement of face, approximate the location of nose tip and adjust the pointer location according to the coordinates obtained in each frame. Everything happens in real-time.

The project is implemented using the following technologies:

• Visual C++.net: The programming part of mapping 3D co-ordinates of the face to the 2D Co-ordinates on the screen.

• OpenCV Libraries: Used for image processing.

The first function performed by the software is detection of a face in front of the camera. The video is captured using the webcam and is displayed on a window created using OpenCV. The frames are captured one by one, which are processed upon, using a face detection algorithm.

Then, the motion is tracked in the input, supplied as a video feed. The different frames are processed for the respective locations of detected faces and the position of pointer is set to the most recent location of the nose in the image. The co-ordinates are accordingly set. 

 

Automatic Solar Tracking System.

Anubhav Dayal, Anshul Gupta, Soban Khan.

JIIT University, Noida

 

Automatic Solar Tracking System (ASTS) is a hybrid hardware/software prototype, which automatically provides best alignment of solar panel with the sun, so as to get maximum Output. In remote areas sun is a cheap source of electricity instead of hydraulic generators. Solar panels (a board containing many solar cells) are used to produce electricity. While the output of solar cells depends on the intensity of sunlight and the angle of incidence. It means to get maximum efficiency; the solar panels must remain in front of sun during the whole day. But as sun keeps rotating around the earth throughout the day, these panels can’t maintain their position always in front of sun. This problem results in decrease of their efficiency. Thus to get a constant output, an automated system is required which should be capable to constantly rotate the solar panel.

The Automatic Solar Tracking System (ASTS) was made as a prototype to solve the problem, mentioned above. The unique feature of this system is that, instead of taking the ground as its reference, it takes the source of light as its guide.

Its active sensors (4 LDR’s) constantly monitor the light and rotate the panel towards the direction where the intensity of light is maximum. In case the source gets invisible e.g. in cloudy weather or the night conditions, then as soon as it reappears, it again positions itself in the direction of source.  

 

Real Time Retrieval of Similar Videos in Large Databases

Deepak Rao, JIIT University, Noida

 

 

With technology advances in multimedia, digital TV and information systems a large amount of video data is now widely available. However, without appropriate content based search techniques this data will remain inaccessible to the users. This paper presents the features and inner working of a video retrieval system for searching similar videos in large databases. The system presented in the paper supports queries based on single images and video clips. The videos in the database are pre processed and along with every video, its extracted features essential for retrieval are stored. The system extracts features from the query data at run time and matches them with the features stored in the database to produce the desired results with real time performance.

The retrieval system presented in the paper consists of two different applications

1. Feature Extractor – A real time system that preprocesses all the videos in the database and stores the unique features of every video containing the Color Coherence Vectors for all the keyframes. During retrieval, these extracted features are used, to make the process much faster.

2. Video Search Engine via

I. Image Query

II. Video Query

The system retrieves the videos from the database that are similar to the entered query. Such a model results in very high speed retrieval. The process of extracting the semantic information of all the videos at run time during retrieval is now reduced to the mere matching of existing features already present in the

database with those of the entered query that were calculated at run time. The system we present supports both image and video queries and can be used in the field of news broadcasting, advertisement and film industry as an automated Content Based Video Retrieval system will be very useful to retrieve video documents with respect to a specific topic, place or appearance of a given character.  

 

NeO Network

Shubham Gupta, JIIT University, Noida

 

This project is a social community + a mail server. It’s front-end has been developed in java and backend in control with oracle server.In this project a user first has to register him on the network in order to have access rights on the network. He has to register with a unique id, i.e. that id should not already exist. If he tries to register with an already exiting user id then a message is displayed that the user already exists.

As soon as a person is registered on the network a table of his inbox and his friends is implicitly created at the runtime, which stores the data of his messages and friends respectively. Further, the user can send message to any person existing on that network and can add any person existing on that network as his friend. The network also allows the user to edit his profile and rate his friends along with sending messages.

It also allows the user to view his messages and the complete profile of his friends.

 

Design of a Microstrip Patch TCAS Antenna

Ashish Jain, JIIT Noida

 

The current system of TCAS (Traffic Alert and Collision Avoidance System), which is installed in most of the modern a/c, does the work of notifying and warning the crew beforehand of a potential threat situation with any airborne object in close vicinity of the aircraft. As a part of the equipment, two TCAS antenna are put on the aircraft’s body, one on the top and the other on the belly. The shapes of these antennae protrude from the body of the aircraft, which offer resistance to the airflow. This resistance disrupts the smooth flow of the air on the body of the aircraft making the aircraft require more energy to move forward. A suitable solution to this problem is suggested. A microstrip antenna is designed using the formulae of the transmission line model. Microstrip antenna can be embedded in the body of the aircraft thereby solving the problem of disrupted airflow. As the frequency of operation of the TCAS antenna is known a suitable substrate is chosen which optimum for that frequency of operation is. Again using the frequency of operation of the antenna other parameters are calculated using the transmission line model formulae. The physical parameters are slightly varied to conform to the gain and other specifications for real time operation. The final patch obtained is simulated on the Advanced Design System (ADS) software to validate the theoretical results obtained earlier. The software offers great flexibility in terms of simulating the design with varied parameters and helps to understand closely the dependence of the properties of the patch on different parameters. The simulation results provides us with various parameters to judge the behavior of the patch such as s-parameters, electric and magnetic field plots, polar and Cartesian plots, gain, directivity etc.. So a trade-off can be reached if required to comply with the original parameters without changing the behavior. The microstrip feed-line parameters are also calculated by a tool provided in the software known as Line Calc. The dimensions of the line obtained from this are simulated along with the patch after doing the required impedance matching and the results are validated theoretically. So a final patch is generated which replicated the properties of the real TCAS antenna and can be embedded in the body of the aircraft thus, the disruption to the airflow will no longer be there and the objective will be achieved. 

 

Text Based Video Search

Aman Agarwal , Gaurav Agarwal

JIIT University, Noida

 

 

With technology advances in multimedia, digital TV and information systems a large amount of video data is now widely available. However, without appropriate search techniques this data will remain inaccessible to the users. Today no one has the time and patience to browse the entire videos available for the audio content relevant to the search, this paper presents the idea of video retrieval using text query.

 

Smart FlowinCia:   A Flowchart Designer

Yuvraj Singh Negi, Chandan Verma, Kushal Gupta

JIIT University, Noida

 

 

Students struggle with developing algorithms to solve problems. When students are learning to develop algorithms, they very often spend more time dealing with issues of syntax rather than solving the problem.  Additionally, the textual nature of most programming environments that are used in introductory courses works against the learning style of the majority of students. With the advent of the internet, more and more students are visual learners and languages that are text-based like Java and C++ do not help these students. Learning programming skills are very similar to learning mathematical skills in that students learn more if asked to write more programs. The numbers of in-class programming activities that can be accomplished in a single lecture are limited to the syntactical nature of the current language of choice.

 

Textbooks introduce pseudo code and flowcharts as design tools to assist in the development of algorithms. Yet the use of the standard flowchart template along with paper and pencil can be a very frustrating and cumbersome process. This paper describes Smart FlowinCia, a graphical algorithm development tool for both beginning and advanced programmers. Smart FlowinCia is a flowchart-based programming environment, designed specifically to help students visualize their algorithms and avoid syntactic baggage. Smart FlowinCia is also a Flowchart Compiler which compiles the drawn flowchart and generates an intermediate code from which the corresponding C++ code is generated. It also provides us with an opportunity of tracing the flowchart and the corresponding values of the variables used in the flowchart are updated simultaneously. The flowchart could be saved for future references. The various functions of a compiler like the grammar generation, type checking, intermediate code generation, code optimization and code generation are simulated. 

 

Real-Time Hand Pinch Gesture Recognition using Computer Vision for Mouse Control and Windows Management

Abhinav Shrivastava, Ritika Gupta, Abhishek Punj

JIIT University, Noida

 

The most basic goals of human computer interaction is to improve the interactions between users and computers by making computers more usable and augment their convenience to the user, or in simpler terms expand the ways that people are able to communicate with their computers. One of the restrictions that can be seen in our interactions with the computers is the prevalent use of basic input devices such as keyboard and mouse. Communication between humans and computers could benefit a lot from the introduction of more natural forms of non-intrusive communication between them. We, as humans, frequently use gestures on our daily routines, so the idea of employing natural hand gestures to control the way our computer work seems very attractive. And out of all the various possible hand gestures, one of the most distinguishable or less ambiguous is the pinch gesture. Bringing the thumb and forefinger together ("Pinch") is a natural gesture that can be used for cursor control via a computer

vision-based interface. Real Time analysis of such an input with limited hardware using computer vision techniques is a first and foremost requirement to make such an interface feasible, which rules out the use of complicated hand tracking and shape recognition techniques. In our attempt, the hand is segmented from the background and then the hole ("Blob") created by the pinch gesture is detected using connected component analysis. This gesture is hence translated to mouse movements and along with global keyboard hooks it is used as short-cut to open programs. The image from input video is segmented in spatial domain into two regions viz. hand and background (any color, except close to skin). The RGB color space segmentation is achieved by classifying the image pixels on the basis of their RGB values; but we noticed that a color range for hand skin couldn’t be determined due to natural diversity. Another color space available in spatial domain is HSI (Hue, Saturation and Intensity) which corresponds closely to the way humans describe and interpret color. This is found to be more appropriated for the stated segmentation task; hence, the image is converted to HSI color space. The segmentation is then carried out by thresholding the Hue range of pixels to obtain the two regions. On performing the above segmentation to get candidate hand pixels, we also get small clusters of pixels (“Specs”) falling in the same hue range. These specs are merged with the background by using Region Growing. Now, connected component analysis is applied on image with purely two regions to separate the Blob formed by pinch with the rest of background. Standard recursive

algorithm of connected component analysis prevents this interface to compute the result in real time; hence a unique approach is employed by querying the image simultaneously from all four corners to the opposite corners to mark the blob; which reduced the computational overhead considerably. The detected pinch and blob is translated to mouse movements. The centroid of the blob is used as point of reference for pointer movement. The pinch is connected to single and double click, so is used to drag and drop, resize and move the windows and even perform freehand drawing. Keyboard hooks are used along with the pinch gesture to set user defined shortcuts. Pressing any key along with the pinch gesture can be used to open any application.

Thus, mouse movements and various tasks related to it can be performed in a more natural and convenient way using this interface and user can define his shortcuts by integrating keyboard with this interface, just by defining the key and selecting the application.

 

ELECTRONIC PEN TYPE DEVICE

Aishwarya Gupta , Mradul Bansal,  Prabodh Prakash,  Vivek Gupta

JIIT University, Noida

 

The project presents a simple Pen Type Input Device which  use a pad specially made for the device to get the input. The special Pad contains a specific pattern to detect the motion of the pen. The unit asymmetric pattern is made of five different colors which is repeated all over the pad. Electronic pen contains a LDR and a LED to detect the direction of the motion of Pen. The shape of the device is such that external light is not allowed to the reading area  of LDR. The LED in the device is used to completely glow the area. LDR now reads the value of the color encountered. With the help of the current color and the previous color, the motion of the pen is detected.

The device is programmed accordingly in assembly language and the code is burned on a ATMEGA16 micro controller attached to the device. The vertical and  horizontal movements of the Pen can also be seen on the LCD attached to the Development Board.

The output generated by the movement of the Pen on the pad is then transferred serially to the computer. An application is developed using MS Visual C#.NET 2005 to read data serially from the serial port and the output is displayed simultaneously on the screen with Pen movement on the Pad.

The pen is currently used to draw rectangular shapes on the computer. Further advancement can be made to the pen to draw all kind of shapes, and input alphabets in the computer.

 

Blue wisher

Ankur Saxena, JIIT University, Noida

 

Send Greeting to your fellow workers. Post Event and actively Discuss on any on going Activity. Lets you solve your doubt through a general Communication via comments and replies. Search Profiles , get Contact information and all Details you want about your fellow workers. Allows to Wish employees on promotions, even send message.

Finger Print Recognition

Shubham Gupta, JIIT University, Noida

 

This software takes fingerprints as input from a image file and show it’s features and also compares it with other fingerprints. Even if the image has finger print rotated at an angle or have been made with greater impression the software is able to compare the prints. Is has customizable options of the percentage level to be matched to declare 2 prints same and rotational tolerance.

 

TECHNO REVIEW

Gaurav Gehani, Amrita Adusumilli

JIIT University, Noida

 

Computers are now every where, in this world not even a single place is left which is not effected by the computers. Even our college is running smoothly because of computers and its technology. And mobile what to say about it, it has become a multi purpose gadget serving purposes from a digital camera to a walkman, from a digital dairy to mini PC. Mostly people in India buy their first computer or mobile by saving their money and then going to shop and giving money to dealer and saying to them give us good computer/mobile and they are befooled by only good looking computer which is not really good.

         This website will cover about different parts of computer and cutting edge technology used in making that and which are suitable according to one’s budget and work given, and also Technoreview will cover different product reviews and prices and features and user ratings . Website will also cover different mobiles and their specifications which are generally hidden from users at purchasing time like signal coverage and other things.

         We will also cover Tips and tricks of windows operating systems which look very cool if done by others and stupid things if done by us, Windows tutorials and other thing are available all over the net but this website will provide which is not generally found over the net.

 

Automated Plant Irrigation

Garima Asthana, Bharat Dixit , Malvika Vats , Rahul Gupta

 JIIT University, Noida

 

Appropriate timing of irrigations is necessary for proper plant growth, improved crop yields, and efficient use of water resources. Monitoring the moisture status of the soil profile is one method used to schedule irrigations. The Project presented here waters your plants regularly when you are out for vocation. A microcontroller-based circuit was designed to continuously monitor and record moisture-sensor data. The circuit is simple to build, constructed of inexpensive electronic components, and capable of storing long-term, high-frequency measurements. Reducing the cost of automated measurement equipment will provide time, labor, and cost savings, and allow information to be collected from more locations. Irrigators can benefit by more easily and accurately monitoring soil-water resources and, thus, better scheduling irrigations.

The circuit comprises temperature sensors. Sensors are inserted in the soil through two stiff copper wires to sense whether the soil is wet or dry. The Microcontroller uses to control the whole system. It monitors the sensors and when sensors sense the dry condition then the microcontroller provide +5V votage to a mechanical relay and relay will switch on and it will switch off the relay when the sensors are in wet conditions. The microcontroller does the above job it receives the signals from the sensors, and this signals operated under the control of software which is stored in ROM. According to switching of relay 220V DC motor Pump  runs,when  relay switch on, it pumps the plants and otherwise it stop pumping. Hence this project does automated irrigation according to need of soil.

 

Content Based Search Engine for Indian Classical Music

Kushal Gupta, Deepanshu Bansal, Chandan Verma,  Shubham Aggarwal

JIIT University, Noida

 

The exponential growth of the Internet networking and compression technologies has made huge amounts of audio data easily available. This, in turn has spurred the growth of multimedia databases spanning in diverse fields such as arts, medicine, music, science, engineering. However currently, retrieval and management of audio data rely mostly on textual information attached manually, which is an extremely time-consuming task and furthermore, this information is often incomplete, or not available at all. Hence to retrieve the information from that database is an extremely arduous task .Thereby hampering the world-wide popularity and growth of fields such as Indian Classical Music. However search based on actual content rather than on the keywords associated with it can provide the much needed impetus to it.

 

Visual Characterization and Evaluation of Various Distributed Artificial Intelligence Algorithms

Kushal Gupta , Ankur Goel, Nishkam Agarwal , Akshat Arora

JIIT University, Noida

  

Computers are not very good at knowing what to do: every action a computer performs must be explicitly anticipated, planned for, and coded by a programmer. However, for an increasingly large number of applications, we require systems that can decide for them what they need to do in order to satisfy their design objectives. This is where Artificial Intelligence comes into the scene. But due to limitation of resources, sometimes it becomes a difficult task to solve them in real time conditions.

 

DAI is the study, construction, and application of multiagent systems, that is, systems in which several interacting, intelligent agents pursue some set of goals or perform some set of tasks.

Image Retrieval System using CBIR and SIFT Algorithms

Shubham Agarwal, Saurabh Dhupar, Yuvraj Singh Negi, Chandan Kumar Verma

 

The tool focuses on the retrieval of the corresponding image from the database of large images given an image or a section of the image as a query. The query image is used to get a set of images from the large database  of images  using  content based image retrieval and this set of results are fetched as input to SIFT and key points are matched to find the image of which it is a part of. In order to find the images we have considered color and shape. We have used particularly used region based histogram. The SIFT features are local and based on the appearance of the object at particular interest points, and are invariant to image scale and rotation. Features are also robust to changes in illumination, noise, occlusion and minor changes in viewpoint. They are highly distinctive, relatively easy to extract, allow for correct object identification with low probability of mismatch. Although SIFT is highly accurate and efficient but this cannot be applied to the large database of images because of it being hefty. To reduce the processing time the results are filtered through Content Based Image Search and when the number of images in the database becomes less the SIFT is applied.The Application can be extended to help the visually challenges people.

 

Implementation and Comparative Simulator for different Quantum Key Distribution Protocols

Anurag Biyani, JIIT University, Noida

 

Secure key distribution is prerequisite of any cryptographic system. Classical secret-key based cryptosystems do not preclude eaves-dropping. In addition, passive eavesdropping is impossible to detect as data is not affected. This means keys can be spied upon while being transmitted. Public key cryptography systems are based on assumption of one-way trapdoor functions. Quantum Key Distribution (QKD) provides an unconditionally secure way to exchange key required for a provably secure cryptosystem. Quantum cryptosystems have an advantage that passive eavesdropping can be detected as any attempt to measure qubit alters its state. Any change in state leads to discarding key transmitted and re-transmission of another key. This results in a secure key distribution system. With the help of this simulator we can analyze time complexities of various QKD protocols, viz., BB-84, B-92 and EPR. QKD protocols provide a promising solution for securing 802.11i network. We can simulate all three protocols and analyzed their execution and error-rate detection time along with variable parameters (to be modified by user) like Quantum channel error bit rate and Rate of Non-Reception bit

for simulating Quantum Channel. The simulator works on any POSIX compliant OS and is coded in C. It uses UNIX Sockets for IPC and can simulate working of a particular QKD protocols between different processes (or in an extended case – different computers).

 

THIEF TRACKING SYSTEM

Kunal Kapoor,  Ruchir Joshi, Rajat Mehrotra, Aditya Garg, Anshul Pachouri

JIIT University, Noida

  

There will be a maze (a arrangement of many interconnected rooms) in which there will be a treasure (cheese). Rat (thief) will be guided by the user who will make it steel the cheese. On other hand there will be a cat (a robo guard) whose task would be to prevent the theft. It will be a computer controlled object which will regularly detect the position of rat and will advance towards it. It is expected of cat that it catches the rat following the shortest path to reach rat.       

Following things are taken for granted:

-         Thief has a complete knowledge of the maze.

-         Thief can move in any direction and can use any path to reach the treasure and then to escape.

-         No one- rat and cat can cross the walls.

-         There are detectors that regularly detect the position of the rat.

-         Thief has to steel and escape from the maze.

-         Cat has to make sure that rat is not able to do so in any case.

 

BANTUMI

Zuhaib Jamil, JIIT University, Noida

 

Our project named ‘BANTUMI’ is a game to test user’s    analytical skills in one go. By the help of this project of ours’ we are actually trying to set a new dimension to 3D gaming. The game ‘BANTUMI’ is actually a Chinese traditional game of Middle Ages which was played in china when Chinese civilization was on its peak. In the traditional game of ‘BANTUMI’ there are actually two players involved in the game. Each player is given six baskets filled with six beans each and with each chance the users have to fill in their own bigger baskets with the minimum no. of strokes.

In the traditional game of ‘BANTUMI’ the users have to pick all the beans from a smaller basket (present among the given six baskets) of their own choice and will have filled in the baskets one after another.

 

Emotional Cognitive Agents

Amisha Khera

JIIT University, Noida

 

The objective of this project is to explore the world of emotions in delimiting their contours more or less precisely and to explore links with the concepts used to describe the world. In short there is nothing better than the encyclopedic data (found in dictionaries) to simultaneously extract the field of emotions and search, through the expressions we use to talk about them, the links between them and some elements of our world.

 

OFFLINE SIGNATURE VERIFICATION

Aishwarya Gupta, Mradul Bansal, Prabodh Prakash, Vivek Gupta

JIIT University, Noida

 

The basic aim of the project is to match signatures for authentication simply by taking using picture of the image. The signature-matching problem is seemed as graph matching problem and Hungarian Algorithm is used for matching of the signature.

Hungarian Algorithm is a method to find the minimum cost of matching of two graphs. By finding the minimum cost, we mean to get our work done by spending as less as we can. Let us consider, we have four person and four jobs to be done. Every person takes a particular amount for doing the work. By following minimum assignment, we can assign job to every person in a manner that no two person are given a single job and the amount we have to pay is minimum also.

In signature matching, we have two signatures, one the original signature and second one is the signature to be matched in the original one. A signature is made of pixels, we make a matrix A in such a way that a A(mn) represents the Euclidian distance between the pixels m and n of the two signatures respectively. Now these distance acts as the cost to match the two points in the signature. More is the distance; more is the cost to match the pixels. Now, using the Hungarian algorithm, we find the minimum cost to match the signatures. If this minimum cost is less than a threshold value already set, then the signature is matched; otherwise the signatures do not match.

 

SONG LYRICS SEARCH ENGINE

Karan, JIITU Noida

 

Music is a part of almost everybody’s everyday life. Every individual has his own preferences on what he likes to hear. Same is the case with songs and lyrics. Searching for a song’s lyrics on the internet is a common practice nowadays. It is easy to find a song’s lyrics if you know the title of the particular song or the musician who has composed or sung the song.

 

But a lot of times you may remember neither the title of the song nor the composer, but only a few words of the lyrics of the song. What does one do then? Well, our application is designed exactly for that purpose.

 

The user using our application is required to enter a word which is in the lyrics of a song, or it could be a singer’s name and our application will search the entire database of song lyrics and present to the user a list of all the songs in which the word is present, in the form of their 2-3 line textual lyrics. User can then view the whole lyrics of a song on clicking on that, similar to Google search. The search engine is implemented through an algorithm alpha-LC Tries specified in the ACM’s Research Paper “Partial fillup and search time in LC Tries”—published in NOV 2007. It is a web-bsed application implemented using php and html.

 

Digital Photo Lab

Karan, JIITU Noida

 

Software for a Digital Image Processing Lab consists of a Digital Photo Lab Management System and Tools for Digital Image Processing. This is a comprehensive software which would cater to the needs of all three classes of users, i.e., the customers, the technicians and the manager. The customer can have access to the software without having the trouble of asking the employees.

The software provides the customer with three choices. First, the customer can view all the image modification features available in the laboratory along with the general description of each feature and it’s cost. Second, they can place their order(if he/she desires to do so) by filling in an order sheet wherein he can specify the features he wants to be performed on his image(s). As the customer will add the features in his order, the proposed cost will be displayed to him. After placing the order, he would be asked for advance payment and subsequent updates would be made in the database. Moreover, he/she would be provided with an option to post special instructions for every image. Third, the customer would be provided with an option to post his comment/complaints in the comment/complaint database provided by the software.

All the technicians will have the access to their interface through a common technician interface password. The technician is required to perform the pending tasks present in the order database which would be best suited to cater the requirements placed by customer. Furthermore as he performs the tasks, he/she would maintain the database of processed jobs consisting of jobsheet no., technician_id, designation of the technician, date of performing the task, along with some technical details of every image modification feature performed. Side by side he would be required to maintain the Laboratory Image Database by saving every raw image, processed image and the features applied on it along with the date of performing the task.

 

Automatic Corridor Lighting System

Aman Agarwal, Ayush Sharma, Gaurav Agarwal, Kumar Sambhav Jain

JIIT University, Noida

 

Due to increasing population and growing demands of technology, power requirements per day are rising. Primarily, power production should be increased in proportion but conservation at the smaller levels can help ease the pressure. Our model aims at saving electricity at places like hotel corridors, homes etc where wastage goes unnoticed

 

Project on Data compression And  Decompression

Mohit Sharma, JIIT University, Noida

 

In the today’s, world of computer 90% of the work is done by the use of computer and size of data is increasing day by day.

Since cost of hard drive is high so its not possible of us to store the large amount data in its original form plus how to maintain the privacy of our data .Now main problem arise how to maintain privacy and compression data   with loss of any data .