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Fig. 1. Resilient Control System Design and Metrics Philosophy. From a philosophical standpoint, advancing the area of resilient control systems requires a definition, metrics and consideration of the challenges and associated disciplinary fusion to address. From these will fall the value proposition for investment and adoption.
The Joint Capabilities Integration Development System is an important part of DoD military planning. The "Operation of the JCIDS" introduces a Capability Based Analysis (CBA) process that includes identification of capability gaps. [2] In essence, a Capability Gap Analysis is the determination of needed capabilities that do not yet exist.
The exact definition varies slightly within the framework or the type of models applied. The following are examples of variations of controllability notions which have been introduced in the systems and control literature: State controllability; Output controllability; Controllability in the behavioural framework
DOTMLPF (pronounced "Dot-MiL-P-F") is an acronym for doctrine, organization, training, materiel, leadership and education, personnel, and facilities.It is used by the United States Department of Defense [1] and was defined in the Joint Capabilities Integration Development System, or JCIDS Process as the framework to design what administrative changes and/or acquisition efforts would fill a ...
In order to correct these problems, JCIDS is intended to guide the development of requirements for future acquisition systems to reflect the needs of all five services (Army, Navy, Marine Corps, Space Force and Air Force) by focusing the requirements generation process on needed capabilities as requested or defined by one of the US combatant ...
Capability management is a high-level management function, with particular application in the context of defense.. Capability management aims to balance economy in meeting current operational requirements, with the sustainable use of current capabilities, and the development of future capabilities, to meet the sometimes competing strategic and current operational objectives of an enterprise.
The ISO/IEC 15288 Systems and software engineering — System life cycle processes is a technical standard in systems engineering which covers processes and lifecycle stages, developed by the International Organization for Standardization (ISO) and the International Electrotechnical Commission (IEC).
Therefore, system safety as part of the systems engineering process should systematically address all of these domains and areas in engineering and operations in a concerted fashion to prevent, eliminate and control hazards. A “system", therefore, has implicit as well as explicit definition of boundaries to which the systematic process of ...