The Operating Environment Architecture in .NET

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The Operating Environment Architecture
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If we observe the behavior of HIGHER ORDER SYSTEMS and analyze their interactions, we can derive four classes of system elements: 1) ORGANIZATION, 2) ROLES and MISSIONS, 3) OPERATING CONSTRAINTS, and 4) RESOURCES. Let s de ne each of these system element classes. ORGANIZATION Element The hierarchical command and control reporting structure, authority, and its assigned accountability for organizational roles, missions, and objectives. ROLES AND MISSIONS Element The various roles allocated to and performed by HIGHER ORDER SYSTEMS and the missions associated with these roles and objectives to ful ll the organization s vision. Examples include: strategic and tactical plans, roles, and mission goals and objectives. OPERATING CONSTRAINTS Element International, federal, state, and local statutory, regulatory, policies, and procedures as well as physical laws and principles that govern and constrain PHYSICAL ENVIRONMENT systems and SYSTEM OF INTEREST (SOI) actions and behavior. Examples include: assets, capabilities, consumables and expendables; weather conditions; doctrine, ethical, social and cultural considerations; and moral, spiritual, philosophical. RESOURCES Element The natural and physical raw materials, investments, and assets that are allocated to the PHYSICAL ENVIRONMENT and SYSTEM OF INTEREST (SOI) to sustain missions namely deployment, operations, support, and disposal. Examples include commodities such as time, money, and expertise. Contexts of HIGHER ORDER SYSTEMS. HIGHER ORDER SYSTEMS have two application contexts: 1) human-made systems, such as command and control or social structure, and 2) physical or natural laws. Human-made Systems Context Organizations and governments, exercise hierarchical authority, command, and control over lower tier systems via organizational chain of command structures, policies, and procedures, and mission tasking; constitutions, laws, and regulations, public acceptance and opinion, and so on. Physical or Natural Laws Context All systems, human-made and natural, are governed by natural and physical laws such as life science, physical science, physics, and chemistry. Given this structural framework of the HIGHER ORDER SYSTEMS domain, let s de ne its counterpart, the PHYSICAL ENVIRONMENT.
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The PHYSICAL ENVIRONMENT Domain
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Human-made systems have some level of interaction with external systems within the PHYSICAL ENVIRONMENT. In general, we characterize these interactions as friendly, cooperative, benign, adversarial, or hostile. If we observe the PHYSICAL ENVIRONMENT and analyze its interactions with our system, we can identify classes of constituent system elements: 1) NATURAL ENVIRONMENT, 2) HUMAN-MADE SYSTEMS, and 3) the INDUCED ENVIRONMENT as shown in Figure 11.1. Let s brie y de ne each of these: NATURAL ENVIRONMENT Element All nonhuman, living, atmospheric, and geophysical entities that comprise the Earth and celestial bodies. HUMAN-MADE SYSTEMS Element External organizational or fabricated systems created by humans that interact with your system entity at all times, during pre-mission, mission, and post-mission.
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11.3 Operating Environment Overview
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INDUCED ENVIRONMENT Element Discontinuities, perturbations, or disturbances created when natural phenomenon occur or HUMAN-MADE SYSTEMS interact with the NATURAL ENVIRONMENT. Examples include thunderstorms, wars, and oil spills. Based on this high-level introduction and identi cation of the OPERATING ENVIRONMENT elements de nitions, we are now ready to establish the architecture of the OPERATING ENVIRONMENT. Let s begin with the Physical Environment Domain.
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PHYSICAL ENVIRONMENT Domain Levels of Abstraction
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The PHYSICAL ENVIRONMENT consists of three levels of analytical abstractions: 1) local environment, 2) global environment, and 3) cosmospheric environment. Figure 11.2 uses an entity relationship diagram (ERD) to illustrate the composition of the PHYSICAL ENVIRONMENT. At a high level of abstraction, the PHYSICAL ENVIRONMENT consists of the three classes of system elements HUMAN-MADE, INDUCED, and NATURAL environment elements. Each type of environment consists of three levels of abstraction-Cosmospheric, Global, or Local. Author s Note 11.1 You may determine that some other number of system levels of abstraction is more applicable to your line of business. That s okay. What is IMPORTANT is that you and your team have a simple approach for abstracting the complexity of the PHYSICAL ENVIRONMENT domain into manageable pieces. The pieces must support meaningful analysis and ensure coverage of all relevant aspects that relate to your problem and solution spaces. Remember, bounding abstractions for analysis is analogous to cutting a pie into 6, 8, or 10 pieces. As long as you account for the TOTALITY, you can create as many abstractions as are REASONABLE and PRACTICAL; however, KEEP IT SIMPLE.
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