Recent Submissions

  • Compact Beamforming Antennas for IoT-Enabled Directional Modulation and Localization 

    Zandamela, Abel Abdul (Trinity College Dublin. School of Engineering. Discipline of Electronic & Elect. Engineering, 2024)
    In recent years, there has been a considerable focus in various research domains directed towards the miniaturization of wireless communication devices. This increasing demand for highly compact systems is a growing trend ...
  • Probabilistic Behavioural Modelling of Non-Linear Devices 

    Manjaly, Anna Davis (Trinity College Dublin. School of Engineering. Discipline of Electronic & Elect. Engineering, 2023)
    Behavioural device models are black-box models which depend only on measured data and are independent of the underlying physics behind the working of the device. Behavioural device models are widely used to model non-linear ...
  • Automated Creation of Intra-Video Social Comments 

    Wu, Hao (Trinity College Dublin. School of Engineering. Discipline of Electronic & Elect. Engineering, 2023)
    Live video comments, or ?danmu?, are an emerging social feature on Asian online video platforms. These time-synchronous comments are overlaid on the video playback and uniquely enrich the viewing experience, engaging ...
  • Re-Engineering Rate Distortion Optimisation in Modern Video Codecs Using a Per Clip Approach 

    Ringis, Daniel Joseph (Trinity College Dublin. School of Engineering. Discipline of Electronic & Elect. Engineering, 2023)
    The majority of internet traffic is video content. This drives the demand for video compression to deliver high quality video at low target bitrates. Optimising the parameters of a video codec for a specific video clip ...
  • Deep Interactive Image Matting 

    Forte, Marco (Trinity College Dublin. School of Engineering. Discipline of Electronic & Elect. Engineering, 2022)
    Image Matting for Compositing is the cutting of an object from an image for background replacement. It is an interactive process fundamental to image editing. Useful matting algorithms both reduce the amount of interaction ...

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