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==Doctoral degree== * Electrical & Electronic Engineering, University of Adelaide, Australia * Thesis: * Thesis: [https://digital.library.adelaide.edu.au/dspace/bitstream/2440/119127/2/Lawrence2018_PhD.pdf ''Tri-orthogonal polarisation diverse communications,''] , under [[Derek Abbott]], [[Brian W.-H. Ng|Brian Ng]], and [[Hedley J. Hansen|Hedley Hansen]] ‘This thesis investigates improving communication link coverage through tri-orthogonal polarisation diversity that exploits radiated electromagnetic energy transmission and reception in three orthogonal spatial directions. A tri-orthogonal polarisation diverse approach is shown in the thesis to be beneficial for signal reception over a range of channels, both in the areas of terrestrial and satellite communications. Both software and hardware original contributions are presented. The thesis is relevant to next generation wireless communications, such as 5G and the Internet of Things (IoT), as tri-orthogonal polarisation diversity is likely to play an increasing role in the future as systems look to cope with increasing data traffic through efficient use of electromagnetic energy.’ Recherche explorant l’amélioration du lien de communication sans fil par l’introduction de la diversité de polarisation tri-orthogonale. Ce travail est bien pertinent à l’introduction de la prochaine génération des systèmes de communication sans fil (Internet des Objets, 5G), vu que l’énergie électromagnétique aura besoin d’être mieux gérée en conséquence de la croissance rapide des systèmes connectés. Cette recherche a mené à la conception d’une antenne démontrant le contrôle reconfigurable de radiation aux micro-ondes. Ce contrôle est basé sur l’effet de combinaison de trois modes orthogonaux rayonnants de la surface d’une antenne planaire. En addition de cette antenne, les résultats simulateurs en trois dimensions renforcent la valeur de cette technique.
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