Department of Computer Engineering

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End date: 2024Subject: search.filters.subject.Fa15

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    Vehicle Tracking And Security With ECALL Standard
    (COMSATS University Islambad Lahore Campus, 2020) Ali Abbas , Haseeb Ahsan Tahir , Zammad Ishaq; , FA15-BCE-023 , FA15-BCE-010 , FA15-BCE-052; Mian Ahmad Yaser, Assistant Profesor; LHR TP 5862
    Theft of vehicles has become an issue of concern in Pakistan. Although, it can be prevented through an efficient automotive security system. This is an attempt to design and develop an anti-theft system that uses GPS and GSM module to detect the exact location of vehicle and prevent vehicle from theft issues. For the backup of this system BeiDou Navigation System will be use. It will increase the reliability of the system and made it more efficient. Using this system, vehicle can be located easily. Engine on/off, AC, lights and door lock/unlock will be controlled remotely. GEO fencing and alarm for speed limit crossing will be implemented with SMS and android updates. To improve the response time of an emergency service, Emergency call system will also be introduced which will immediately notify the nearest PSAP (Public Safety Answering Point) in case of any incident or mishap, as every second counts. This project focuses on public safety. Furthermore, to enhance safety, an application will be developed to check the driving behaviour of the driver by observing the number of lane changes per unit time. In this way it might be guessed that the driver is sleepy, or stressed. This functionality will help to assess the road worthiness of the driver, and might help to prevent the possible accidents.
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    Smart Fuelling System
    (comsats university islamabad lahore campus, 2020) Sh M Hassan Ali , Mughees Iqbal , Muhammad Ali; , FA15-BCE-046 , FA15-BCE-049 , SP15-BCE-039; Wajeeha Khan ERNAL, Assistant Profesor; LHR TP 5910
    The main aim of this project is to design a system that revolutionizes the fuelling stations and to create a cashless environment. With the world going in the direction of digital payment and automatic systems, this project will be the basis of a necessary change in the future. This project has been designed to automatically perform transactions of a dispensing system of fuel, based on user accounts associated with the system. Smart Fuelling System is directly associated with the RFID technology. Experimental and practical use of RFID for vehicle identification, toll collection and traffic management has already been experimented extensively. RFID technology uses RFID reader, RFID tag that collects the information about vehicle when a vehicle equipped with RFID tag comes to the fuel station and when he leaves the fuel station the amount of fuel, he gets from station, is automatically deducted from customer’s prepaid account. Through the GSM technology, a text will be sent to the client, which will carry all the details of the transaction. With the help of RFID technology, a UID will be registered using vehicle owner’s information. This registered account will be prepaid and rechargeable. The amount of transaction will be will be made available to the customer on a website where he can login anytime. iv
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    Automation Silage Feeding and Showering System of a Dairy farm Under Graduate Final Year Project Report
    (comsats university islamabad lahore campus, 2020) AIZAZ UR REHMAN,HASHAM MEHMOOD,; FA15-BCE-015 FA15-BCE-008 RANA MUHAMMAD SHOAIB FA15-BCE-047; Mian Ahmed Yaser
    Traditionally a dairy farm is managed on the basis of experience of the farmer. He observes the herd a couple of times a day and attends to each animal twice or thrice a day during milking. The increase in average farm size leaves the farmers less time for individual animals. Sensor systems and methods for automatic recognition of animals requiring special care will be incorporated to assist the farmer. In this project, sensors and controllers facilitate the collaboration between the farmers, feed suppliers and dairy industries. The project focuses on an integrated approach for sensing, information sharing and alarms. Presence of an animal in particular part of the facility is identified using sensors and is recorded. The sensor information can be based on sensors attached to the individual animals or on sensors that recognize the presence of an animal. Silage will be provided to individual animal in an organized manner automatically through conveyor belt and the remaining silage will be flushed through conveyor as well.