Browsing by Author "Elgy, James"

Browsing by Author "Elgy, James"

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  • Bistatic 3D SAR for wall parameter extraction in cluttered environments 
    Elgy, James; Andre, Daniel; Finnis, Mark V. (IET, 2021-07-28)
    Through-wall radar is an emergent technology rooted in urban surveillance, a key component being synthetic aperture radar (SAR). Accurate through-wall SAR relies on knowledge of the refractive index and thickness of any ...
  • Bistatic SAR for Building Wall Material Characterisation 
    Elgy, James (Cranfield University, 2020-07)
    This thesis addresses the problem of using radar to extract interpretable information concerning both the structure and electrical properties of a wall, and the environment behind it. This is broken down into two ...
  • Non-Invasive Determination of Wall Structure and Material Using Synthetic Aperture Radar 
    Elgy, James (Cranfield University, 2018-11-15)
    3MT presented at the 2018 Defence and Security Doctoral Symposium.Through-Wall remote sensing has become an area of great interest in both civilian and military sectors, with uses ranging from search and rescue to the ...
  • Towards Determining Wall Properties with Bistatic Radar 
    Elgy, James; Andre, Daniel; Morrow, Ivor; Finnis, Mark (Cranfield University, 2017-12-14)
    Poster presented at the 2017 Defence and Security Doctoral Symposium.Remote sensing techniques to gather information about building structure and interiors are of significant interest for both military and civilian ...
  • Volumetric SAR near-field upsampling and basebanding 
    Elgy, James; Andre, Daniel; Finnis, Mark V. (IET, 2020-03-03)
    Highly sampled imagery offers many benefits to the radar practitioner, ranging from easier image coregistration to simple visual appeal. However, it is often overlooked due to the computational burden forming such an ...
  • X Ray Eyes: Seeing Through Walls Using Radar 
    Elgy, James (Cranfield University, 2018-11-15)
    Digital Image presented at the 2018 Defence and Security Doctoral Symposium.This image represents current research into ground-based applications of radar imaging in a through-wall context. Utilising different measurement ...