Difference between revisions of "Autonomous Operation Situational Awareness Module"
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− | An '''Autonomous Operation Situational Awareness Module''' (AOSAM) is an [[Wikipedia:Artificial_intelligence|artificial intelligence]] ('''AI''') system co-designed by [[Lyme and Martens Industries]] ('''LMI''') and [[Turing-Babbage | + | An '''Autonomous Operation Situational Awareness Module''' (AOSAM) is an [[Wikipedia:Artificial_intelligence|artificial intelligence]] ('''AI''') system co-designed by [[Lyme and Martens Industries]] ('''LMI''') and [[Turing-Babbage Electromechanical Devices]] ('''TBIT''') of [[Isselmere-Nieland|United Kingdom of Isselmere-Nieland]] for uncrewed vehicles, [[Wikipedia:Missile|missiles]], [[Wikipedia:Torpedo|torpedo]] or other powered guided weapons intended to give those machines a limited degree of self-awareness granted by their sensor suites for collision avoidance, autonomous guidance, [[Wikipedia:Electronic_countermeasures|electronic]] or physical countermeasure resistance, and automatic target recognition ('''ATR'''). |
LMI coined and copyrighted the term AOSAM in 2003 with the advent of several uncrewed underwater and aerial vehicles. Crewed aircraft designed by [[Detmerian Aerospace Dynamics]] ('''DAS''') use AOSAM systems as well for assisted target recognition and autopiloting systems. | LMI coined and copyrighted the term AOSAM in 2003 with the advent of several uncrewed underwater and aerial vehicles. Crewed aircraft designed by [[Detmerian Aerospace Dynamics]] ('''DAS''') use AOSAM systems as well for assisted target recognition and autopiloting systems. | ||
==Systems== | ==Systems== | ||
− | '''Aircraft and missiles''' | + | {| |
− | + | |- | |
− | + | |colspan=2|'''Aircraft and missiles''' | |
− | + | |- | |
− | '''Submersibles''' | + | | || |
− | + | |- | |
− | + | |colspan=2|'''Submersibles''' | |
+ | |- | ||
+ | |UEY.11 Moray||[[LMI-1 Porpoise]] | ||
+ | |- | ||
+ | |UEY.12 Kingfisher||[[LMI-2 Squid]] | ||
+ | |} | ||
+ | {{Isselmere-Nieland Defence Industries}} | ||
{{Isselmere-Nieland}} | {{Isselmere-Nieland}} | ||
[[Category:Hardware]] | [[Category:Hardware]] |
Latest revision as of 01:58, 5 August 2007
An Autonomous Operation Situational Awareness Module (AOSAM) is an artificial intelligence (AI) system co-designed by Lyme and Martens Industries (LMI) and Turing-Babbage Electromechanical Devices (TBIT) of United Kingdom of Isselmere-Nieland for uncrewed vehicles, missiles, torpedo or other powered guided weapons intended to give those machines a limited degree of self-awareness granted by their sensor suites for collision avoidance, autonomous guidance, electronic or physical countermeasure resistance, and automatic target recognition (ATR).
LMI coined and copyrighted the term AOSAM in 2003 with the advent of several uncrewed underwater and aerial vehicles. Crewed aircraft designed by Detmerian Aerospace Dynamics (DAS) use AOSAM systems as well for assisted target recognition and autopiloting systems.
Systems
Aircraft and missiles | |
Submersibles | |
UEY.11 Moray | LMI-1 Porpoise |
UEY.12 Kingfisher | LMI-2 Squid |
Topics on Isselmere-Nieland | ||
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Category | Factbook Categories: Administrative divisions | Constitution | Defence Forces | Festivities | Government | Languages | Laws |