Browsing by Author "Muhammad Umer Farooq"

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    Antenna design for uwb
    (UMT.Lahore, 2013) Muhammad Umer Farooq; Muhammad Yousaf; Bilal Tariq
    This is the project report on the Final Year Project titled “Micro-Strip patch antenna (UWB)”. Micro strip patch antennas are gaining popularity day by day because they are very compact in size having low weight and easy for integrating with devices. Micro strip patch antennas can be designed in different shapes and configurations for different characteristics of band such as dual-band, multi-band, wide- band and ultra wide band for GSM WLAN, Wi Max and other wireless technologies. Ultra wide band antennas actually enable low power consumption, high data transmission rates in wireless communication application. In this project a simple micro strip-fed antenna is proposed with ultra wide band characteristics. The antenna is composed of circular patch converted into key like shape with help of slits and slots in order to improve results, and a partial ground plane having slit. The main emphasis was to design an antenna which covers the bandwidth of ultra wide band applications. This patch antenna is designed and simulated in Ansoft HFSS 11 (High Frequency Structure Simulator).
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    Interactive 3D room simulation
    (UNIVERSITY OF MANAGEMENT AND TECHNOLOGY, 2015) Muhammad Taqi Hussain; Muhammad Sahal Abbas; Muhammad Umer Farooq; Faiza Javed
    A 3d computer simulation of a room will be created by our development team. User will have 360° view of the room and objects placed in the room. User will interact with the system by using mouse. The system will have a toolbar on one side of the screen, which will allow user to apply the desired functionality on the objects by selecting them. The objects will also have zoom in and zoom out effects. The objects placed in room will be allowed to translation or rotation effects. The proposed project has many industrial applications. This idea can be further extended to make any game and a digital tour of an office school or university can be made by doing a little more work on this program.