MSEE: Recent submissions

  • Muhammad Tanzeel Khalid, Supervised by Asst Prof Dr. Ayesha Habibl (MCS, 2023-07-25)
    In this research work,30-bit Chipless RFID tag with humidity sensing capability is presented. Tag basically comprised of two triangular patches named patch A and patch B arranged in a fan shaped manner, thus making it ...
  • Parisa Ijaz Chaudhary, Supervised by Dr. Humayun Zubair Khan (MCS, 2023-07-25)
    To accommodate the rapid development of the Satellite-Assisted Internet of Things (S-IoT) and the ever-shifting landscape of future communications, a hybrid satellite network integrating Geosynchronous Earth Orbit (GEO) ...
  • Muhammad Abdullah, Supervised by Dr. Humayun Zubair Khan (MCS, 2023-07-25)
    Satellite-assisted IoT networks have emerged as a promising solution to provide global coverage and seamless connectivity. However, resource allocation and task offloading in such networks pose significant challenges due ...
  • Muhammad Saad Mahfooz, Supervised by Asst. Prof. Dr. Abdul Wakeel (MCS, 2023-07-25)
    Metasurfaces are artificial structures carefully designed to exhibit extraordinary characteristics, including the ability to exhibit negative refractive index, negative permittivity, and negative permeability as well, which ...
  • Muhammad Sibghat Ullah; Supervised by Dr. Imran Makhdoom (MCS (NUST), 2023-06)
    The potential for revolutionizing data storage and sharing through blockchain technology is immense. However, the decentralized and permanent nature of blockchains presents a significant challenge to user data privacy. Our ...
  • Zaheer, Osama; Supervised by Dr. Muhammad Imran (MCS (NUST), 2023)
    Cognitive radio network based on Device to Device and the heterogeneous network has attracted wide attention as they can resolve spectrum shortage problems and efficiently utilizes spectrum resources. However, resource ...
  • Sattar, Asma; Supervised by Dr. Mir Yasir Umair (MCS, 2023-03)
    In this research thesis, a data-dense 40-bit square fashioned chipless RFID tag of area 29×29 mm2 is designed for the identifications of multiple objects. The data capacity will be capable of labeling 240 = 1,099,511,627,776 ...
  • Shaiza, Shaiza; Supervised by Dr. Hussain Ali (MCS, 2023-01)
    The frequency diverse array (FDA) radar beampattern depends on the angle, time and range whereas phased array radar has angle-dependent beampattern only. Therefore, the FDA is more attractive and flexible than phased-array ...
  • Tauqeer, Hira; Supervised by Dr. Alina Mirza (MCS, 2022-12)
    Multichannel Active noise cancellation (MC-ANC) based on the FxLMS method is extensively used to mitigate noise in multiple sensor systems. However, FxLMS based MC-ANC system face divergence and stability issues in the ...
  • Muhammad Umer Javed; Supervised by Dr. Alina Mirza (MCS, 2022-11)
    Adaptive algorithms have been used, since long, for low frequency active noise control (ANC) applications. However, their main area of application has been Gaussian noise. In recent past, some work has been done on impulsive ...
  • Hassan, Zohaib (School of Electrical Engineering and Computer Sciences (SEECS) NUST, 2016)
  • Yousaf, Adnan; Supervised by Dr. Abdul Wakeel. (MCS, 2022-09)
    Metasurfaces are artificially structured designs that provide extraordinary properties like negative refractive index, negative permittivity, and permeability that cannot be attained in naturally existing materials. Due ...
  • Tariq, Zarrar (MCS, 2022-09)
    To meet the futuristic communications needs, a satellite-terrestrial integrated network (STIN) has been proposed and is a strong contender amongst emerging architectures. Different approaches have been researched and ...
  • Fakhar, Umair; Supervised by Dr. Humayun Zubair Khan (MCS, 2022-09)
    Satellite-Terrestrial Integrated Networks (STIN), where a satellite access network liaising with terrestrial networks, is useful not only in proffering seamless coverage but also in improving the backhaul capacity for ...
  • Adil, Muhammad; Supervised by Dr. Abdul Wakeel. (MCS, 2022-08)
    Traditional orthogonal frequency division multiplexing (OFDM) systems use square quadrature amplitude modulation (SQAM) as a preferred modulation scheme for data transmission. The advantages of signal-to-noise transmission ...
  • Ahmad, Iftikhar; Supervised by Dr. Abdul Wakeel. (MCS, 2022-08)
    In the last decade, technological evolutions and developments have pushed the boundaries of science. This has led to the development of small scale and faster processing units. Newer ways are developed and techniques are ...
  • Sara Fiaz (MCS, 2022-08)
    Wireless communication networks are expanding exponentially which makes challenging requirements for 5-generation (5G) and beyond 5G wireless technology. Different solutions have been proposed by the researchers to fulfil ...
  • Malik, Jabeen; Supervised by Dr. Imran Touqir (MCS, 2022-08)
    The effectiveness of real-time facial recognition systems is of great importance. In this work, hidden Markov model is used applying three states for face recognition with further reduction of feature vector coefficients. ...
  • Abid, Asma; Supervised by Dr. Muhammad Imran (MCS, 2022-08)
    Reconfigurable Intelligent Surfaces (RISs) are emerging as a potential solution for Tera- Hertz communication. Which pave the way to envision high energy efficiency and capacity targets beyond 5G (B5G)/6G generation. ...
  • Shah, Syed Irfan Ali; Supervised by Dr. Abdul Wakeel. (MCS, 2022-08)
    The 5G communication technology is seen as a breakthrough in wireless communications, as current smart phones demand a very wide band width. This rapid transformation motivates researchers in communication technologies, ...

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