System Speci cation Practices in .NET

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Preservation, Packaging, and Delivery (8). When the SYSTEM is to be delivered, care must be taken to ensure that it arrives fully capable and available to support operational missions. Preservation, packaging, and delivery requirements specify how the deliverable SYSTEM/entity is to be prepared, shipped, and delivered. SUPPORT SYSTEM Element Requirements (9). MISSION SYSTEMS require sustainable pre-mission, mission, and postmission support test equipment (STE) at critical staging events and areas. This may require the use of existing facilities and support equipment such as common support Equipment (CSE) or peculiar support Equipment (PSE) or the need to develop those items. Therefore, speci cations include SUPPORT SYSTEM element requirements. PERSONNEL Element Requirements (10). Many SYSTEMs typically require the PERSONNEL Element for hands-on operation and control of the SYSTEM during pre-mission, mission, and postmission operations. Additionally, human-machine trade-offs must be made to optimize system performance. This requires delineating and specifying WHAT humans do best versus WHAT the EQUIPMENT element does best. Therefore, speci cations identify the skill and training requirements to be levied on the PERSONNEL Element to ensure human-system integration success. Operating Environment Conditions (11). Every entity must be capable of performing missions in a prescribed OPERATING ENVIRONMENT at a level of performance that will ensure mission success. Therefore, speci cations must de ne the OPERATING ENVIRONMENT conditions that drive and bound entity capabilities and levels of performance. Design Performance Criteria (12). SYSTEM entities are often required to operate within performance envelopes, especially when simulating the performance of or interfacing with the physical SYSTEMs. When this occurs, the speci cation must invoke external performance requirements that are characterized as design criteria. In these cases a Design Criteria List (DCL) for the interfacing systems or system to be simulated is produced to serve as a reference.
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We discussed earlier in this practice the need to employ a standard outline to prepare a speci cation. Standard speci cations typically employ a seven-section outline. The basic structure includes the following elements: Front Matter Section 1.0: Section 2.0: Section 3.0: Section 4.0: Section 5.0: Section 6.0: Section 7.0: Introduction Referenced Documents Requirements Quali cation Provisions Packaging, Handling, Storage, and Delivery Requirements Traceability Notes
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We will address these requirements in more detail in 32 Speci cation Development Practices.
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28.12 Summary
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Author s Note 28.2 As is ALWAYS the case, consult your contract for guidance on performance speci cation formats and your Contract Data Requirements List (CDRL) item formats. If guidance is not provided, confer with the Program s Technical Director or organization s Contracting Of cer (ACO).
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To better understand the development and sequencing of speci cations, we use the structure of the System Development Process work ow as illustrated in Figure 24.2. If we generalize the System Development Process in time, Figure 28.5 illustrates HOW the family of speci cations evolves over time from Contract Award through System Veri cation Test (SVT).
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In summary, the preceding discussions provide the basis with which to establish the guiding principles that govern speci cation approaches. Principle 28.1 Speci cations state WHAT the SYSTEM/entity is to accomplish and HOW WELL; CSOWs specify tasks that the System Developer is to perform and the work products to be delivered. Preserve and protect the scope of each document.
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In our discussion of the speci cation practices we identi ed key challenges, issues, and methods related to developing system speci cations. As the nal part of the concept, we introduced the structure for a general speci cation. Given a fundamental understanding of speci cations, we are now ready to explore types of requirements documented in a speci cation via the next topic on understanding system requirements.
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System Engineering Design Segment Allocated Baseline
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Component Procurement & Development Segment As Verified Product Baseline
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Multi-Level CI Product Specifications
Multi-Level Item Development Specifications
Hardware Design & Fabrication Specifications
Hardware Requirements Specifications (HRS)
System Requirements Baseline
HWCI Product Specifications
CSCI Software Requirements Specifications (SRS)
Level 1 Control & Data Flow
Software Design Specifications CSCIs
CSCI Product Specifications
Developmental Configuration
Figure 28.5 Speci cation Development Sequencing
System Speci cation Practices
1. Answer each of the What You Should Learn from This questions identi ed in the Introduction. 2. Refer to the list of systems identi ed in 2. Based on a selection from the preceding chapter s General Exercise or a new system, selection, apply your knowledge derived from this chapter s topical discussions. If you were a consultant to an Acquirer that had ample resources: (a) What types of speci cations would you recommend as Contract Data Requirements List (CDRL) items. Provide rationale for your decisions. (b) Annotate each of the speci cation outline topics with a brief synopsis of what you would recommend the Acquirer s SEs address in the System Performance Speci cation (SPS).