The 1St MEC Student Conference
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1 st MIDDLE EAST COLLEGE (MEC) STUDENT CONFERENCE 21st MAY 2013 1st MIDDLE EAST COLLEGE (MEC) STUDENT CONFERENCE 21st MAY 2013 Prepared by Dr. Nizar Al Bassam Mr. Shaik Mazhar Hussain TABLE OF CONTENTS Page Title of the paper No 3 Design and Implementation of Low Cost Smart Phone Controlled Car Security System 6 Review of Neural Networks in Cryptology 8 An Algorithm to Improve Quality of Data in Data Migration 10 Proposal of a Centralized, Automated Project Management Tool on SharePoint Platform 15 Growth of Cyber Crime within Today’s Technology Changes 19 Accent Analysis of Omani Spoken Arabic 23 CORRELATION FILTER BASED OBJECT RECOGNITION FOR RECOGNIZING SYNTHETIC APERTURE RADER IMAGERY. 29 Access to Cloud Storage using Private Cloud Securely and User Access to Application running on Cloud 32 MIGRATING TO CLOUD-BASED EMAIL IN MIDDLE EAST COLLEGE 35 Design and Implementation of Intelligent Ambulance 41 Business Intelligence is a key strategy development at the University 43 Designing a Database Application for Car Spare Parts Management System 47 Server Virtualization Challenges and Benefit at MEC 51 Pre-sales support: A system for In-store customers 54 Royal Oman Police (ROP) SMS Notification System 57 Head movement based cursor movement for the disabled 60 A study of the impact of information technology on the performance of commercial banks in Oman 63 Internal Marketing Supported by E-banking Systems in building an Omani Bank’s Corporate Brand: Employees‟ Perspective 69 Web Based Data centric Application for Hotel Reservation System Project 72 Propose Business Intelligence Framework in Higher Education Admission Center (HEAC) 76 RADAR SECURITY FOR TRAFFIC SIGNALS 81 Designing a Unified Communications System for Public Sector in Oman Using Private Cloud Technology 88 Designing and Implementing Local Area Network for the General Directorate of Educational Programs and connecting with Special Needs People Schools 91 Pre-sales support: A system for In-store customers 98 Segmentation and Classification of Oil Spill Data from Hyperspectral Images 100 Knowledge Management Strategies of Telecommunications Companies: A case study of Nawras Telecom Company 105 The Influence of Cultural Values and Corporate Social Performance on Employer Branding: An Empirical Investigation 112 Interface system for the physically challenged 116 A study for the development of a simple diagnostic method for breast cancer detection 120 Selection Methods in Genetic Algorithm 124 Single-Sign-on Framework Using Open Source for Secured Authentication 128 Designing and Developing a Computer Based Tutorial on Technical Module 130 Safety System against Alcohol Consumed Driver 134 Review of Vehicle Driver Mobile Usage Detection 138 Comparing ontology development methodologies towards digitizing information access in the Omani legal context 142 Thinking Green IT- A step towards reducing carbon footprint in the workplace 145 Impact of fourth generation and future challenges in Oman 147 Design and Implementation of Local Multi-point Distribution Service (LMDS) technology for telecommunication in Oman 150 Critical Evaluation of Denial of Service Attack and Propose a defense mechanism framework 155 Study of Design and Development Pre-School Information Management System 159 Designing a Web Based Application for Online Shopping: an Online Shopping for Registered Users 162 Wireless Digital Oil Field 166 Enabling mobile telephony services on a cloud computing Platform as a Service 172 A Study on Internal and External Factors Affecting the Growth of SMEs Globally 179 DESIGN OF LOW COST BABY TRACKING SYSTEM 183 SQL INJECTION OVERVIEW Design and Implementation of Low Cost Smart Phone Controlled Car Security System Hammad Afzal and Dr. Vrajesh D. Maheta Department of Electronics and Communication Engineering Middle East College, P.B. No. 79, Al Rusayl, PC: 124, Sultanate of Oman [email protected]; [email protected] Abstract: Security has been an important issue in the smart phone scrutinized easily and hence can be tracked and located by the application. Here a complete security system is provided to the car owner and can be recovered along with additional features to the car such as unlocking and locking the car. A security system has been developed that helps the II. Existing Systems user to locate the car using a GPRS modem and also allows the user to control the car using a GSM modem. This system consists The project is an innovative project of its own. Projects of of a microcontroller, relays, transistors, resistors and a GSM/GPRS similar criteria had been performed where the usage of GSM modem. The key features of the car can be controlled using mobile modem and microcontroller was really effective. Some ideas phone of the user. A GSM modem installed in the circuit will be of those projects are taken in deliberation while performing connected to the car in such a way that the GSM modem, this project. But all and all, the chosen project is one of its connected with the microcontroller will perform the objectives of kinds. this project. III. Proposed System. Index terms: GSM modem, GPRS modem, Microcontroller, Relays, Transistors. A. Hardware Design I. Introduction GSM MODEM Microcontroller In this world everyone likes to be updated in the technology perspective. People around us prefer to get their work done in just click of a second. No one is interested to use the old technology because everyone likes to adopt the new and Send Start/ Unlock/ advanced fast technology. As a result of this mind set, confirmation Lock automobile companies witnessed a major boost in their Off text car technological aspects. The major area covered by automobile engine companies is the saloon cars. It is quite common that if a person loses the keyless remote, in Figure 1 Block diagram that case people faced many difficulties in unlocking and The block diagram shown in Fig. 1 completely depicts the locking the car. The chosen project eliminates this risk for the components involved in the project. The mastermind of the user as all these operations for the car can be performed just by sending a text from specific mobile number to the GSM project is considered to be the microcontroller 16f887. The microcontroller is connected to the GSM modem. The system modem installed in the car. Sending SMS with specific template can lock or unlock the car. runs when the user of the car sends an SMS to the GSM modem installed in the circuit. This signal is then received by The world is experiencing global inflation and there is always the microcontroller. It checks the received information and a risk that a person’s car gets stolen. The car in this case can then makes necessary operation to attain the different be used for illegal activities banned by the government. In this objectives of the project. For example: if the SMS send by the case the car owner can face many hitches in answering the user is to unlock the car, then after the execution of this concerned department. But a perfect solution to this problem process, a confirmation SMS is send to the user mobile phone is one of the objectives of this project as the circuit installed in indicating that the car has been unlocked. the car has a GPS system in it and the car location can be A GPS system is also installed in the circuit that helps in on. Further sending the SMS with template “2” turns off the monitoring the location of the car. Detailed information about LED indication the car has been locked. Both the ways the the location of the car is sent to the user mobile phone when circuit operates and acknowledge the user by SMS saying the required. car has been unlocked or locked. Further the circuit is also capable to send the GPRS location sending a template as “3”. B. Software Design It sends the location of the car in latitude and longitude form The flow chart of the system explaining the function of each to the user. block is shown in Fig.2. It starts when the user sends a SMS GSM Modem: to the GSM modem. This SMS is then sent to the microcontroller. The microcontroller detects the template of The GSM modem is highly flexible plug and play modem. the SMS received. If it reads unlock the car, lock the car, turn Voltage range of this device provides perfect solution for on the engine, turn off the engine or GPS location of the car, system integrators. For GSM modem interface the power then it take appropriate actions. If the microcontroller reads supply is through Molex 4 pin connector. It has Toggle spring ON/OFF/GPS: if the user has asked for GPS location of the SIM holder. The current it handles is 8mA in idle mode. car, then the location of the car is obtained through GPS Temperature range is around -30 to 85 degree. Overall it has a modem and the result is send back to microcontroller that dimension of 80mm x 62mm x 31mm. and weights around sends back these data in terms of latitude and longitude to the 200 grams. user mobile number. If it reads ON/OFF, then it switches on or off the engine by activating or deactivating the ignition A GSM modem allows the connection to the GSM network. system. If the microcontroller reads unlock/lock the system The GSM modem nowadays are really affordable and of less will lock or unlock the car. The task carried out by the system cost. The GSM modem comes with a jacket for inserting the SIM. The SIM slot for the GSM modem is the normal SIM is acknowledged to the user by SMS. (subscriber identity module) that fits in the jacket. The GSM modem provides direct data connection with the other mobile phone having SIM.