School of Computer and Communication Engineering (FYP): Recent submissions

Now showing items 301-310 of 310

    • Development of double carrier modulation / differential detection technique (DCM/Diff.D) 

      Jacklyn Andrew Alam (Universiti Malaysia PerlisSchool of Computer and Communication Engineering, 2008-04)
      A new transmission and detection technique namely Double Carrier Modulation/ Differential Detection (DCM/Diff.D) are represented. The performance between the DCM/Diff.D techniques with the existing system, Wavelength ...

    • WLAN propagation study in UniMAP using microstrip patch antenna 

      Abdul Rahim, Mohamad (Universiti Malaysia PerlisSchool of Computer and Communication Engineering, 2007-04)
      The advantages of microstrip antennas have made them a perfect candidate for use in the wireless local area network (WLAN) applications. Though bound by certain disadvantages, microstrip patch antennas can be tailored ...

    • RFID attendance tracking system 

      Khoo Zern Sern (Universiti Malaysia PerlisSchool of Computer and Communication Engineering, 2008-04)
      This project is to design the GUI (Graphic User Interface) and write the coding to detect the attendance of students by using radio frequency identification (RFID) and an active tag operated by battery. The detector mentioned ...

    • Modeling of optical network using OMNet++ 

      Dharshini Devi Sithrasenan (Universiti Malaysia PerlisSchool of Computer and Communication Engineering, 2008-04)
      Optical network is a part of communication network. Optical network is a high capacity telecommunication based on optical technologies and component that provide routing grooming and restoration at wavelength level. Some ...

    • Wideband-code division multiple access (WCDMA) network improvement using multiple-in multiple-out (MIMO) technique 

      Khairolnizam Sulaiman (Universiti Malaysia PerlisSchool of Computer and Communication Engineering, 2008-05)
      Nowadays, Wideband Code Division Multiple Access (WCDMA) still using the conventional technique in its structure such as; “Single-In Single-Out” (SISO) technique, “Single-In Multiple-Out” (SIMO) technique, and “Multiple-In ...

    • 2.4 GHz QPSK demodulator using MATLAB 

      Azhar Rahmat (Universiti Malaysia PerlisSchool of Computer and Communication Engineering, 2008-04)
      In everyday lives, technologies are increasing exponentially. It is means that communications are more reliable to make people life easier. It is true when communication abilities are not only surrounded by wires; but ...

    • Developement of Microstrip array antenna (Rectenna) for wireless transmission 

      Dzulikmal Mohamad (Universiti Malaysia PerlisSchool of Computer and Communication Engineering, 2007-04)
      Wireless energy transfer or wireless power transmission is the process that takes place in any system where electrical energy is transmitted from a power source to an electric load, without interconnecting wires. Wireless ...

    • Printed dipole array for Wireless local area network (WLAN) communication 

      Aiza Mahyuni, Mozi (Universiti Malaysia PerlisSchool of Computer & Communication Engineering, 2007-04)
      Wireless Local Area Network (WLAN) communication requirements continue to push for a higher gain and more bandwidth capabilities of antenna system. At the same time, the antenna must satisfy the technical requirements for ...

    • Design and analysis Wavelength Division Multiplexing (WDM) system with Erbium-doped Fiber Amplifier (EDFA) 

      Engku Azizul Hilmi, Engku Umar (Universiti Malaysia PerlisSchool of Computer and Communication Engineering, 2008-04)
      Optical fiber communication system nowadays is a fast growing mechanism to sent information signal. Unfortunately there are several limitation that makes the data signal that been sent unreliable. These problems are more ...

    • Development of Antenna Receiver Subsystem 

      Abrar Kamil, Sauid (Universiti Malaysia PerlisSchool of Computer and Communication Engineering, 2007-05)
      This final year project will design Antenna Receiver Subsystems (ARS) that operate at the 2.45 Ghz of frequency. The ARS is includes four major components such as Low Noise Amplifier (LNA), Mixer, Band Pass Filter and Radio ...