Trade Study Semantics in .NET

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Trade Study Semantics
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Marketers express a variety of terms to Acquirers and Users that communicate lofty goals that SEs aspire to achieve. Terms include best solution, optimal solution, preferred solution, solution of choice, ideal solution, and so on. Rhetorically speaking:
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Trade Study Analysis of Alternatives
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HOW do we structure a course of action to know when we have achieved a best solution WHAT is a preferred solution Preferred by WHOM These questions emphasize the importance of structuring a course of action that enables us to arrive at a consensus of what these terms mean. The mechanism for accomplishing this course of action is a trade study, which is an analysis of alternatives (AoA). To better understand HOW trade studies establish a course of action to achieve lofty goals, let s begin by establishing the objectives of a trade study:
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52.2 TRADE STUDY OBJECTIVES
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The objectives of a trade study are to: 1. INVESTIGATE a critical operational or technical issue (COI/CTI). 2. IDENTIFY VIABLE candidate solutions. 3. EXPLORE the fact-based MERITS of candidate solutions relative to decision criteria derived from stakeholder requirements via the contract, Statement of Objectives (SOO), speci cation requirements, user interviews, cost, or schedules. 4. PRIORITIZE solution recommendations. In general, COIs/CTIs are often too complex for most humans to internalize all of the technical details on a personal level. Adding to the complexity are the interdependencies among the COIs/CTIs. Proper analysis requires assimilation and synthesis of large complex data sets to arrive at a preferred approach that has relative value or merit to the stakeholders such as Users, Acquirer, and System Developer. The solution to this challenge is to conduct a trade study that consists of a structured analysis of alternatives (AoA).
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Typical Trade Study Decision Areas
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The hierarchical decomposition of a system into entities at multiple levels of abstraction and selection of physical components requires a multitude of technical and programmatic decisions. Many of these decisions are driven by the system design-to/for objectives and resource constraints. Referral For more information about system development objectives, refer to 35 on System Design To/For Objectives. If we analyze the sequences of many technical decisions, categories of trade study areas emerge across numerous system, product, or service domains. Although every system, product, or service is unique and has to be evaluated on its own merits, most system decisions can be characterized using Figure 52.1. Speci cally, the large vertical box in the center of the graphic depicts the topdown chain of decisions common to most entities regardless of system level of abstraction. Beginning at the top of the center box, the decision sequences include: Architecture trades Interface trades including human-machine interfaces Hardware/software (HW/SW) trades Commercial off-the-shelf (COTS)/nondevelopmental item (NDI)/new development trades HW/SW component composition trades HW/SW process and methods trades HW/SW integration and veri cation trades
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52.2 Trade Study Objectives
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Typical Trade Decisions at Every System Level of Abstraction
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System Levels of Abstraction SYSTEM Level SYSTEM Level
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Architecture Trades
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SEGMENT Level SEGMENT Level
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Interface Trades
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3 PRODUCT Level PRODUCT Level
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Requirements
Hardware/Software Trades Requirements COTS/NDI/New Development Trades Data
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SUBSYSTEM Level SUBSYSTEM Level
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ASSEMBLY Level ASSEMBLY Level SUBASSEMBLY SUBASSEMBLY Level Level PART Level PART Level
HW/SW Component Composition Trades*
Analyses Analyses Prototypes Prototypes Mockups Mockups Models Models Simulations Simulations Demonstrations Demonstrations Vendor Data Vendor Data Legacy Programs Legacy Programs
Decision Aids Decision Aids
HW/SW Process & Methods Trades
HW/SW Integration & Verification Trades
Figure 52.1 Typical Trade Study Decision Sequences
This chain of decisions applies to entities at every system level of abstraction from SYSTEM, to PRODUCT, to SUBSYSTEM, and so forth, as illustrated by the left facing arrows. SEs employ decision aids to support these decisions, such as analyses, prototypes, mock-ups, models, simulations, technology demonstrations, vendor data, and their own experience, as illustrated by the box shown at the right-hand side. The question is: HOW are the sequences of decisions accomplished
Trade Studies Address Critical Operational/ Technical Issues (COIs/CTIs)
The sequence of trade study decisions represents a basic line of questioning intended to facilitate the SE design solution of each entity. 1. What type of architectural approach enables the USER to best leverage the required system, product, or service capabilities and levels of performance 2. Given an architecture decision, what is the best approach to establish low risk, interoperable interfaces or interfaces to minimize susceptibility or vulnerability to external system threats 3. How should we implement the architecture, interfaces, capabilities, and levels of performance Equipment Hardware Software Humans Or a combination of these 4. What development approach represents a solution that minimizes cost, schedule, and technical risk COTS NDI Acquirer furnished equipment (AFE) New development A combination of COTS, NDI, AFE, and new development 5. Given the development approach, what should the composition of the HWCI or CSCI be in terms of hardware components or software languages, as applicable 6. For each HWCI, CSCI, or HWCI/CSCI component, what processes and methods should be employed to design and develop the entity 7. Once the HWCI, CSCI, or HWCI/CSCI components are developed, how should they be integrated and veri ed to demonstrate full compliance