MobileMark Antenna Solutions +44 (0)1543 459555 www.mobilemark.com PPM Systems +44 (0)1793 784389 www.ppmsystems.com Steatite +44 (0)1527 512400 www.steatite-antennas.co.uk VideoSys +44 (0)1293 541200 www.videosys.tv USA Alaris mWave +1 207 892 0011 www.mwavellc.com Antcom Corporation +1 310 782 1076 www.antcom.com Antenna Research +1 301 937 8888 www.ara-inc.com Avwatch +1 774 247 0001 www.avwatch.us Ball Aerospace Technologies +1 303 939 6100 www.ballaerospace.com Broadcast Microwave Services +1 858 391 3050 www.bms-inc.com CPI Malibu Division +1 805 383 1829 www.cpii.com Dayton-Granger +1 954 463 3451 www.daytongranger.com Doodle Labs +1 866 365 4555 www.doodlelabs.com Echodyne +1 425 454 3246 www.echodyne.com Haigh-Farr +1 603 644 6170 www.haigh-farr.com Maxtena +1 877 629 8362 www.maxtena.com Micro-Ant +1 904 683 8394 www.micro-ant.com MobileMark Antenna Solutions +1 847 671 6690 www.mobilemark.com MP Antenna +1 440 387 5968 www.mpantenna.com Orban Microwave +1 321 200 0080 www.orbanmicrowave.com Optisys +1 801 664 5595 www.optisys.tech Persistent Systems +1 212 561 5895 www.persistentsystems.com Pharad/Octane Wireless +1 410 590 3333 www.pharad.com Rotating Precision Mechanisms +1 818 349 8680 www.rpm-psi.com Silvus Technologies +1 310 479 3333 www.silvustechnologies.com Southwest Antennas +1 858 252 2702 www.southwestantennas.com Taisync +1 408 912 0994 www.taisync.com Times Microwave Systems +1 800 867 2629 www.timesmicrowave.com Trimble +1 408 481 8000 www.trimble.com Troll Systems +1 661 702 8900 www.trollsystems.com Venti Group +1 949 264 3185 www.ventigroup.com 95 Antennas | Product focus Uncrewed Systems Technology | June/July 2024 untapped source of potential for improving antennas’ gain, signal integrity, bandwidth utilisation and interference mitigation. Signal-processing software trained through AI can sense changing signal conditions, indicative of obstacles in radiation paths, alterations in vehicle orientation or the sudden crowding of frequency bands. It can then react by toggling the antenna’s beam steering or null steering, or switching temporarily to new comms protocols or frequencies, or to different navigational inputs. Whether generative AI could also be used during antenna production to, for example, shorten design and testing turnaround times by predictively simulating completed blueprints or data sets (as is being done for some parts of crewed vehicles) remains to be seen. Either way, creative use of AI will spell more robust and flexible antenna integrations, which are a vital step forwards for uncrewed systems, no matter the operation. Acknowledgements For their help in researching this article, the author would like to thank: Colin Tomlin and Nigel Lee at Videosys Broadcast; Ed Norse at Trimble; Ken MacLeod, Julien Hautcoeur and Joseph Botros at Calian; Brad Carraway at Silvus Technologies; Austin Farnham at Octane Wireless; Manuel Marbach at PIDSO; Javier Espuch at Embention; Brent Miller and Ben Baranek at MP Antenna; Jeremy Wischmeyer at Southwest Antennas; and Sean Casey at Doodle Labs.
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