Velammal Engineering College - Department Of Information Technology
Augmented Reality (AR) is a growing area in virtual reality research. The environment around us provides a wealth of information that is difficult to duplicate in a computer. This is evidenced by the worlds used in virtual environments. Either these worlds are very simplistic such as the environments created for immersive entertainment and games, or the system that can create a more realist environment has a million dollar price tag such as flight simulators. An augmented reality system generates a composite view for the user. It is a combination of the real scene viewed by the user and a virtual scene generated by the computer that augments the scene with additional information. In all those applications the augmented reality presented to the user enhances that person's performance in and perception of the world. The ultimate goal is to create a system such that the user cannot tell the difference between the real world and the virtual augmentation of it. It depicts the merging and correct registration of data from a pre-operative imaging study onto the patient's head. Providing this view to a surgeon in the operating theater would enhance their performance and possibly eliminate the need for any other calibration fixtures during the procedure.
Ramya.R, Soundarya lakshmi.K, Sowndharya.S
Implementation of application as hacker detection and identification and prevention of important app access in smart phone. The application access can be prevented by the users secret questions given at the time of user registration. The main drawback of existing system is that, the user fined it difficult to remember such secret questions and it can also be hacked by the hacker. In order to overcome the difficulty of such static questions, dynamic questions are generated based on user Smartphone behavior. If the hacker is trying to access the application means system will query the user with 4 random questions (2 – from normal questions and 2 from user runtime pattern. If not authorized then camera, GPS & Voice recorder is initiated and sent as SMS alert and mail to the original user for tracking. SVM algorithm is used for user identification.
J.Sathya priya, A.R. Arulselvi, M. Ranjini Marban
Internet of things (IoT) is an ecosystem of connected physical objects that can be accessed through internet. Here, “things” can be any digital or mechanical device with sensors which has an IP address that enables them to transmit and receive data without any manual assistance. IoT can be used in various fields like agriculture, health care, sports, telecommunication, and transportation, etc. As a result , it leads to the development of the nation by providing innovative ideas in various industries.IoT smart - connected products and the services they provide become essential for the development of smart cities. Smart city spans a wide variety of use cases from traffic management and road safety to water distribution and waste management. The major problem in the current society regarding road safety is accidents that occur due to drowsiness of night drivers. IoT is applied in the prevention of road accidents. There are systems that are made for this purpose, which finds if the driver is drowsy or not and if so it uses various methods to alert the driver as well as the co-passengers. In some systems this detection is done by the eye and head movements while there are some which does the same by detecting brain signals or by the pulse rate of the driver. In this system eye and head movements are detected using IR sensors and accelerometer. This paper deals with the development of these alerting systems using various data collected by monitoring driver. Driver safety system like these using IoT would make our road travel safer.
S.Manju, K.Pavithra, M.Lakshmipriya
This paper presents two level data security in Network system. Cryptographic algorithm BLOWFISH and Steganography algorithm List significant Bit (LSB) are used for data security. Confidential information is encrypted by BLOWFISH algorithm, and then encrypted data hide into image by LSB algorithm of Steganography. For more security we used iris image of authorized person to hide encrypted data. The keys required for BLOWFISH algorithm is generated from same iris image. These two algorithms implemented on 32 bit ARM 7. In the result of project include memory utilization, processing time for encryption and decryption etc. this project gives better security for embedded systems like mobile, smart card, ATM etc.
S.Shanmuga Priya, V.Priyadharshini
With the rapid growth of Online Payment transactions, Debit or Credit card fraud andpersonal information security are major concerns for customers. This paper presents a new approach for providing additional security for fund transfer during online payment thereby safeguarding customer data. A combination of image based steganography and visual cryptography is proposed.
Aakash.L, Deepak P.L
As far as medical field is concerned one of the biggest problems faced by the illiterate patients is maintaining proper medical records. As most of them can’t afford a well equipped hospital, or because of the instability in work ,they tend to keep changing the doctors and the hospital they visit and fail to maintain a proper medical record which leads to wrong diagnosis, improper treatment , worse side effects and much more. In order to overcome these issues, In this project an application is developed and only the properly qualified doctors are provided the access. Each doctor is provided with an individual login where the doctor can store and retrieve the patient records after the patient’s authorization, which can be provided by the patients by placing their finger print in the biometric sensor integrated with the application. These data are completely stored in cloud so that any amount of data can be accommodated with total ease. There is also a separate option for the user to login to the application to just view and edit his/her medical record. This application is completely secure as the doctor can access the patient’s record only after his/her authentication. And when it comes to the patient’s module only his/ her record can be viewed. In order to secure the data in the cloud , the data is encrypted using the blowfish algorithm. A clear layout of the application is attached below.
Gayathiri.R, C.Sivakumar
Wireless network coding systems are analysed the impact of pollution attacks. There are many approaches are available for defend against the pollution attacks. Wireless network coding systems provide more benefits to the networks. It reduced network blocking, higher consistency, and low power of utilization. The effectiveness of the pollution attacks not only depend the network node but also the location of the attacker nodes. To defend against security threat of wireless network coding systems provide reduced network delay, robustness of transmission errors. The system using effective and efficiency of two schemes Electronic Dispatcher Application and reporting (EDART) and Trace back. These two schemes give the better response for defend against the pollution attacks. EDART is used for no attack exist in the network, the resources delivered without delay in the wireless network. Trace back is also the one of scheme is used to identify at least one attacker node every occurrence of pollution attacks. To demonstrate method that Trace back and EDART is able to identify attacker nodes.
K.Saravanan, N.Radhika, R.Srimathi, M.R.Radha
In today’s life, every people use Credit/Debit card for e-shopping, fleet card for vehicle maintenance and vehicle expenses, check card, charge card and many other kinds of cards for multiple purposes. So there arises a problem that the person has to carry many cards with them all the time and also need to remember their password or pin number for each cards. To overcome all these issues, in this paper we proposed a biometric finger print payment system which can be used to make any payments and shopping. Biometric fingerprints payment system is very easy to use, safe and secure, convenient and highly performable which replaces cash and card based payment system. It is highly secure when compared with other.
Suriyanarayanan.S, Sathiyanarayanan.S, Pradeep Kumar.J
Data Privacy and System Performance to be safe and efficient over the data collection. distributed data sharing with Privacy-preserving requirements the problem is to transmit data safely and accurately. Handling data stream efficiently. Shadow Coding – achieves privacy preserving computation in a data-recoverable Application – pilot system in a city. In order to alleviate message redundancy and reduce message latency
Virtual Reality (VR), sometimes called Virtual Environments (VE) has drawn much attention in the last few years. Extensive media coverage causes this interest to grow rapidly. Very few people, however, really know what VR is, what its basic principles and its open problems are. In this paper a historical overview of virtual reality is presented, basic terminology and classes of VR systems are listed, followed by applications of this technology in science, work, and entertainment areas. An insightful study of typical VR systems is done. All components of VR application and interrelations between them are thoroughly examined: input devices, output devices and software. Additionally human factors and their implication on the design issues of VE are discussed. Finally, the future of VR is considered in two aspects: technological and social. New research directions, technological frontiers and potential applications are pointed out. The possible positive and negative influence of VR on life of average people is speculated.
H.Mohan Krishna, S.Pradheep Ananthan, D.Akshay Kumar
This paper addresses how to solve one of the cloud computing security issues using iris, by a rapidly expanding method of biometric authentication that uses pattern-recognition techniques on images of irides to uniquely identify an individual with Gabor Filter, which is the application of the Gabor Wavelet. It is also used to identify individuals in groups that are under surveillance. In this paper, iris recognition as one of the important method of biometrics-based identification systems and iris recognition algorithm is described.
K.Devi, E.Lekhasri, G.k.Preethi, R.Suvith
The emerging wireless sensor networks (WSN) have been revolutionizing the ways of collecting information from the physical world. In revolutionizing environment, Audio represents one of the most appealing yet least exploited modalities in wireless sensor networks, due to the potentially extremely large data volumes and limited wireless capacity. Implements how to effectively collect audio sensing information remains a challenging problem. In this paper, wireless sensor network propose a new paradigm of audio information collection based on the concept of audio-on demand. WSN provides high success rate without infrastructure supports.WSN implements novel replication algorithm that deploys optimal number of replicas across the sensor network.WSN also evaluates the performanance and efficiency. The experimental results show that the decision can provide satisfactory quality of audio-on-demand service with short latency and slight playback jitter.
A.Prema, R.B Surendar, Atul Kumar, Anand Kumar
The Software is primarily used in schools and colleges for students and teachers evaluation. The system can generate Student Result and circular in easy way. Proposed as multi-user software, this Java programming language is used to build Student Result Processing System. The main goal of this project is to notify the students with their result score and to provide a user defined way to process the student scores and via GCM notification the results must be produced.
Girish, Edwin Joseph
In the past decade, due to technological advancement in wireless communications, mobile computing, and cloud computing has experienced an explosive development. Mobile cloud computing is the combination of the mobile computing and the cloud computing. Cloud computing is the trend in which resources are provided to a local client on an on-demand basis, usually by means of the internet. Mobile cloud computing (MCC) is simply cloud computing in which at least some of the devices involved are mobile. It provides mobile users with data storage and processing services on a cloud computing platform. This paper shows the key issues of cloud computing, mobile computing and the mobile cloud computing application also what are the problems are available using the mobile cloud computing.
R.Sathish Kumar, M.Praveen Kumar, S.Balaji, Dr.Anitha Julian
Technological development in the automobile industry has led to the mass production of cars of all makes and models. More and more people are buying these vehicles and as they use them to their fullest satisfaction the roads have become extremely crowded. Finding a place to park the vehicle is a mammoth task. The proposed work demonstrates an advanced parking system for detecting and finding the parking slot for the vehicles by the user using infrared sensor. The system detects vehicles in the parking fields, accurately. The available slots are updated in the website through Internet of Things (IoT).
Dr.S.Soundararajan, R.Swetha Shree, T.Anandhi, N.Mohanalakshmi
Jamming-Resilient Secure Neighbor Discovery (JR-SND) scheme which is proposed for MANETs is based on direct-sequence spread spectrum and random spread-code predistribution. Hybrid Dynamic Secure Routing Protocol (HDSR) is used in this mechanism. .JR-SND enables neighboring nodes to securely discover each other with overwhelming probability despite the presence of omnipresent jammers. It considers the battery energy and energy consumption of node as well as quality of links, to find energy-efficient and reliable routes that increase the operational lifetime of the network. HDSR, on the other hand, is an energyefficient routing algorithm.This algorithm is used to find routes minimizing the total energy required for end-to-end packet traversal. HDSR are proposed for networks in which either hop-by-hop or end-to-end retransmissions ensure reliability. In our system, we provide secure transmission using the process of encryption and decryption. In rapidly a day’s MANET having many security vulnerabilities, security is very consistent for en masse needs specifically in the orientation of wireless network. JR-SND along with the HDSR protocol is used to identify the jammers between nodes. Because of this jammer communication is not possible. If the jammers are detected and avoided totally, group communication can be done. So to provide one to one communication after the identification of jammers, the receiver’s IP address and port number alone is specified. And the transmission is done in a private way. This is done using MANET, in which the trust value model has two components such as trust from direct observation and trust from indirect observation. And with the direct observation from observer node, the trust value is derived using the Bayesian inference method and indirect observation from dempster-shafer theory.
Karthik S.M, Saravanan S, Jayasuriyan J, Vijayalakshmi.M
After evolution of computers, communication across the world between humans and machines is progressing and internet has played a major role enhancing this process. Internet has many areas yet to be explored. This project is all about utilizing the fullest potential of web. Web technologies has become an essential need for communication and gather the information from anywhere at any time. Existence of different needs made us collaborate them into a single problem statement. The major root cause behind this problem is lack of communication .We thereby hit the problem with a community forum that can discuss and share Docs. This community will help us to get the resources to the needy users. The purpose of this project is to propose a forum which based upon a different categories over existing system.
G.P.Kamalakannan, G.Nandha Kumar, S.L.Praveen, S.Prema
Haptic technology, or haptics, is a material criticism innovation which exploits a user's feeling of touch by applying strengths, vibrations, as well as movements upon the user. This mechanical stimulation might be utilized to help with the formation of virtual articles which means objects existing just in a computer simulation, for control of such virtual items, and for the upgrade of the remote control of machines and gadgets. It has been depicted as "for the feeling of touch what computer design accomplishes for vision". Although haptics gadgets are fit for measuring mass or receptive strengths that are connected by the user, it should not to be mistaken for touch or material sensors that measure the weight or drive applied by the user to the interface.
Harisha. M, Mohana Prriya .S, Sushmithaa .M, Vigilson Prem M
Intrusion Detection Systems (IDS) plays a very important role in cybersecurity. In this paper, we will introduce what is Intrusion Detection Systems (IDS), its role in cybersecurity. We will discuss on the available techniques to improve Intrusion Detection Systems (IDS). The Artificial Immune Systems (AIS) is also introduced and the techniques available in them are also glanced through in this paper. We will also introduce Danger Theory (DT) and how to use it to improve Intrusion Detection Systems (IDS).
Sangeetha, Shruthi, Sharmilee, S.Ahamed Ali
Using cloud storage, users can remotely store their data and enjoy the on-demand high-quality applications and services from a shared pool of configurable computing resources, without the burden of local data storage and maintenance. Data sharing is an important functionality in cloud storage. In this paper, we propose a Key Aggregate Cryptosystem is to show how to securely, efficiently, and flexibly share data with others in cloud storage. Moreover, users should be able to just use the cloud storage as if it is local, without worrying about the need to verify its integrity. We describe new public-key cryptosystems which produce constant-size cipher texts such that efficient delegation of decryption rights for any set of cipher texts are possible. The innovation is that one can aggregate any set of secret keys and make them as compact as a single key, but encompassing the power of all the key being aggregated. In other words, the secret key holder can release a constant-size aggregate key for flexible choices of cipher text set in cloud storage, but the other encrypted files outside the set remain confidential.erabilities towards user data privacy, and introduce no additional online burden to user. We further extend our result to enable the TPA to perform audits for multiple users simultaneously and efficiently. Extensive security and Enabling public audit ability for cloud storage is of critical importance so that users can resort to a third-party auditor (TPA) to check the integrity of outsourced data. To securely introduce an effective TPA, the auditing process should bring in new vulnerable performance analysis show the proposed schemes are provably secure and highly efficient.
T.V.Ashwini, L.Hemalatha, R.Sridharshini
The main aim of this research paper is to study about attacks that are present at different layers and always face the security threats. Black Hole and Worm Hole are the attacks present at Network Layer. MANET (Mobile ad hoc Networks) and security attacks present in MANET. MANETs are Powerless against different types of Cooperative Black Hole Attack is an attack in which two or more black hole nodes are working in a group. In our proposed work we using PEI (Plain Encryption identifier) to detect and prevent the Cooperative black hole attack. Wormhole attack is one of the well-known and noticeable attacks. These type of attack lets the malicious node to pretend like it’s an actual node in the network and acts like it is the nearest node to the source node. And also it is capable of dropping the packets sent by the source node to the destination node An efficient method is proposed using AODV (Ad hoc On demand Distance Vector) routing protocol which is capable of reducing packet loss and delay.
Vijayan.A, Arvind.D, Janaki Raman.S, Sundharesan.R
There has been increase in the rate of crimes against women in the country. Women safety is a big concern which has been a most important factor to be considered. Safety of women matters a lot whether at home, outside the home or work place. There should be a system to ensure the safety of women. It should be reliable. The existing system doesn’t have all round surveillance. Therefore, we have introduced a system that offers 24X7 surveillance to ensure that the probability of the crimes will reduce at a minimum span of time. We are creating an android app to monitor the safety of women. Through the application, we are using IMEI number of the mobile to identify the device and through GPS we will track the location. The location of the person is updated to a network server for every 5 minutes. The police can access the server anytime to view the location from the server. The person can also notify the police by using panic button from the application. Incase if the user’s mobile is not connected to internet then the panic message is sent to the police station via SMS.
C.M.Nalayini, Lavanya.K, Saji Reshma
In electronic life, many organizations suffering from the problem of processing huge amount of data within a elapsed time. Cloud computing is based on remote servers. It provides on the internet to store the data, manage and process the data rather than a PC. Although cloud storage provides great benefit to users, it brings new security challenging problems. Once the client’s secret key for storage auditing is exposed to cloud, the cloud is able to easily hide the data loss incidents for maintaining its reputation, even discard the client’s data rarely accessed for saving the storage space. In our design, TPA(Third Party Authority) only needs to hold an encrypted version of the client’s secret key whenever the client upload the new file into the cloud. The client wants to send and retrieve the data from using the client’s encrypted secret key. The goal of this paper is to design a cloud storage to evaluate protocol that can satisfy above essential to reach the outsourcing of key updates.
M.Vijayalakshmi, S.Priyadharshini, S.Sankara Narayani, R.Sandhiya
Online shopping has replaced traditional shopping nowadays. Today almost every online store offers cash on delivery, free shipping, discount prices. This paper gives user friendly visual interface which auto detect the human face and display the dresses. But it is difficult for ordinary users to make a wonderful fitting of dresses in online. In virtual dressing is online equivalent of the near ubiquitous in store changing room. It enables user try on clothes to check more number of size or styles. To achieve this we use HAAR Algorithm which takes the responsibility to detect the face thereby merging the dress. In existing system, images of the user are uploaded to the template models which have been already provided by the online websites and user checks whether the dress suits them or not. In proposed system we are trying this using Raspberry pi controller and PIR sensor by detecting the human body and projecting the dresses in the monitor which suits them. With the minimum requirements of a computer with a screen and a camera is used to try dressing in online shopping at home is efficient and time consuming.
D. Jena CatherineBel, K. Kalaivani, B. Kiruthika, R. Pavithra
A novel approach that provides, the user with an automatically generated playlist of songs based on the mood of the user. Music plays a very important role in human’s daily life and in the modern advanced technologies. This music player itself selects songs according to the current mood of the user. Existing methods for automating the playlist generation process are computationally slow, less accurate and sometimes even require use of additional hardware like EEG or sensors. This proposed system is based on extraction of facial expressions using PCA algorithm and generating a playlist automatically using Probabilistic Neural Network Algorithm and Gray Level Co-accurate Matrix thereby reducing the effort and time. The proposed System works by first providing a simple enough interface which prompts the user to scan the memory for audio files when the application is opened. Then after the files are detected, they are scanned for audio features using Gray Level Co-accurate Matrix and the features are extracted. The user image is given as an input to the system. The system first checks for the presence of a face in the input using the face detection process using Viola Jones Algorithm, then classifies the input and generates an output which is an emotion based on the expression extracted from the graphical input using Principal Component Analysis algorithm. After this the classified expression acts as an input and is used to select an appropriate playlist from the initially generated playlists and the songs from the playlists are played.
Rajalakshmi.S, Sabarish Kanna.S, Abdul Salam.M, Vasanth.K.R
The main aim of this project is to secure Automated Teller Machine (ATM) transactions from fraudulent activities by authenticating the users based on facial recognition. However, this is not mandatory and it depends on the user. Those how have opted for it will have their card transaction secured through face recognition. Face recognition is done by capturing the face of the account holder from various angles and storing it in a central server. A camera is placed in the ATM machine at an appropriate place so that it can capture the face of the person standing in front of it. Once the user swipes the card, the facial recognition algorithm starts to recognize the card holder while parallelly it fetches data requires for authentication from the central server. Once the system recognizes the face of the card holder to that of the account holder it proceeds further and asks to enter the PIN. The user can enter the PIN and proceed further as usual. If the system does not recognize the card holder, then it aborts the transaction. For those who have not opted for facial recognition will get the image of the person standing in front of the ATM mailed to their authorized Email ID.
Chandrahass.T.V.S, Manikandan.M, Rishi Venkat.S, MuraliDhar.M.S
In today's plot of a play, an ideal "intelligent" machine is a flexible rational agent that perceives its environment and takes actions that maximize its chance of success at some goal. Colloquially, the term "artificial intelligence" is applied when a machine mimics "cognitive" functions that humans associate with other human minds, such as "learning" and "problem solving". The purpose of this project is to distill actionable information from images, automatically moderate text, augmented with human review tools, personalize experiences with emotion recognition and analyze images, speech, and language. The Application we propose empowers users to harness the intelligence through deep learning. Colloquially, the term "artificial intelligence" is applied when a machine mimics "cognitive" functions that humans associate with other human minds, such as "learning" and "problem solving". AI research is divided into subfields that focus on specific problems or on specific approaches or on the use of a particular tool or towards satisfying particular application.
S.Revathi, M.Vignesh, S.J.Vivek Senthil, R.Vijaykarthick
Thousands of new apps hit the market each week. At the same time, thousands of hackers work hard to tap into these apps to try to steal user information like credentials, personal data, and cardholder data. That means app developers have to be vigilant about security to protect users. An app developer, need to know how to avoid the OWASP top ten vulnerabilities most widely affecting users today. It takes a lot of time to develop from the ground up, but there's no need to do so when so much free code exists to build on. Some hackers create code in the hopes that app developers pick it up to use in their apps. If the application developer doesn’t ensure that their app is secure, they put all of the app's users at risk. So the application developer should never rush to release an app before properly testing it. In this paper an android security framework is proposed and designed to help the developer to test how secure their applications. AndroSF test for the vulnerabilities they find after reverse engineering the source code to understand the binary. Android Security framework is an intelligent, mobile application automated pen-testing framework capable of performing static, dynamic analysis.
Dhanalakshmi.S, Sruthi.R, Pavithra.B, Dr.Anitha Julian
The stock market is one of the sectors where technology and advancement in technologies have not been utilized to the fullest potential. Prediction of financial market index values has been a topic for researchers from the financial domain for more than a decade. The stock market forecast is presented in the form of trend through graphs that show future stock price movements with reference from beneficiaries like trades, investors, etc... This paper proposes Artificial Neural Network based Sentimental Analysis that provides an accurate prediction of the stock market. It combines many details of the individual through a user friendly system at the customer level.
J.Sathya Priya, M.Divya, K.B.Nikitha
Wireless sensor network is a network that holds collection of sensors. Large-scale sensor networks are deployed in numerous application domains, and the data they collect are used in decision making for difficult infrastructures. Data are streamed from many more sources through intermediate processing nodes that aggregate information A malicious adversary may introduce additional nodes in the network or compromise existing ones. Data provenance allows the BS to trace the source and forwarding path of an individual data packet. Provenance must be recorded for each packet, but important Challenges arise due to the close storage, energy and bandwidth constraints of sensor nodes. Each provenance have unique identification key and also random generate encryption keys that satisfies such security and performance needs. We propose a provenance(the place of origin) based encryption strategy whereby each node on the path of a data packet securely encrypts and also embeds provenance information within a Bloom filter (BF) that is transmitted along with the data. For more security we implement linear congruential generator. An LCG is estentially a formula of the following form: number (a*number+c) mod m. All packets must be encrypted using above algorithm.
A.Vijayan, Prathiba Kalidass, Vani Masilamani, Sridevi Murugesan
In MANET the primary requirement is co-operative communication among nodes. The malicious nodes may cause security problems like gray hole and collaborative attacks. To resolve these attack propose designing DSR mechanism, which is referred as cooperative bait detection scheme (CBDS) that integrate the advantage of both the proactive and the reactive defence architecture. In black hole and grey hole attacks, a node broadcasts a fake message informing that it has the shortest path to the destination, with the goal of intercepting messages. In this case, a black hole node can attract all the packets by using forged Route Reply (RREP) packet to falsely claim that “fake” shortest route to the destination and then drop these packets and not forwarding them to the destination. In gray hole attack, the malicious node is not initially recognized as such since it turns malicious only at a later time and preventing the trust-based security solution from detecting its presence within the network. It then selectively drops/forwards the data packets when packets go through it. In this we focus is on detecting gray hole and collaborative black hole attacks using the dynamic source routing (DSR)-based routing technique.
Bhagyalakshmi.A, Aishwarya.V, Akshaya.D, Nivethitha.B
Remote monitor and intelligent attachment of systems are fundamentals in a smart system environment. However, the heterogeneity of systems makes it difficult to build solutions for this purpose. This work aims to explain how to offer smart system environments using Smart Gateways, Restful Web Services, and Cloud Computing. In the proposed solution, a Smart Gateway is responsible for representing a given systems resources as Restful Web Services for clients and Web applications, sending monitored data to a perseverance service in a Cloud, while also allowing for the remote control of these systems. As a proof of concept, a smart system environment was urbanized from the consideration of a real case study of an systems. Functional testing and performance evaluation confirmed the feasibility of the solution in this case study.
Bryni Sanjez.J, Nandhini.K, Karthikha.M, Gunasundari.S
The objective of this project is to enable Charged Coupled Device(CCD) camera for area measuring while recording images simultaneously. We can derive the horizontal length of a targeted object and subsequently calculate the area covered by the object. Even though there are several methods are available to measure the area but it is difficult for finding accurate area. An image processing based method was developed to measure surface area the dimension of object are determined from a digitized picture of the product acquired by a CCD camera. The projected area measuring method is easy to implement and based on the identification method of the bright spots on a CCD cameras. The MATLAB software was used to find the edge of the object using Sobel edge detection algorithm. After finding the edge of the object, shape detection is done. The projected area of the object is calculated using algebraic formulas.