DroneSpeak™ definition of unmanned aerial-vehicle system (UAS)
- a system that enables an unmanned aerial vehicle (UAV) to move through airspace
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- unmanned aerial vehicle (UAV) (includes links to many announced UAV products and components)
- UAS management system (includes links about RC radios and other ground control station (GCS) components)
- UAS participants
- UAS context
- UAS space; UAS instance life cycle; UAS requirements. (no links identified to-date for these DroneSpeak sub-terms)
Overview
The major components of a UAS include:
- one or more unmanned aerial vehicles (UAVs);
- one or more UAS participants;
- the UAS management system.
Each UAS has an instance life cycle: the progression from the initial concept of the UAS through disposal of all components of the UAS, for example:
- identification of factors and UAS requirements;
- identification of UAS participants (the intended roles of people involved in the UAS);
- development or acquisition of one or more UAVs;
- development or acquisition of a UAS management system.
An instance of a UAS exists in an overall conceptual and physical UAS space within the UAS context:
- safety, performance, and cost objectives;
- stated or implied objectives for safety, performance, or cost of a UAS
- the physical operating environment(s);
- physical world surroundings or conditions in which a UAS may operate
- the social-legal-political environment;
- social, legal, or political factors that constrain the acquiring, making, operating, or disposing of a UAS or the movement of a UAV
- external, human-made systems that may interact with a component of the UAS.
- human-made systems that may interact with, or affect the intended behavior of components of a UAS
Documented UAS requirements can be used to guide the acquisition, development, and disposal of components of a UAS, including:
- identifying objectives and intended missions that guide the UAS development project, or the acquisition and operation of the UAS;
- maintaining and improving the UAS, including better documentation and training of UAS operators and other participants;
- estimating, monitoring, and evaluating the actual safety, performance, and cost characteristics of the UAS over its life cycle.
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Links
- 2015 September
- 2015 August
- 2015 July
- 2015 June
- 2014 May
- 2013 December
- 2013 November
- 2013 October
- IRIS unboxing (photos)
- 2013 Drones & Aerial Robotics Conference (DARC)
- 2013 August
- 2013 July
- 2013 June
- 2013 May
- 2013 March
- 2013 February
- 2013 January
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