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UNCLASSIFIED<br />
DEFENSE SCIENCE BOARD | DEPARTMENT OF DEFENSE<br />
capabilities as well as for evaluating developing capabilities. In other words, addressing the<br />
future M&V challenges demands a systems approach. Moreover, execution of a systems<br />
approach would be most effectively accomplished through a “national” team to help provide a<br />
high degree of unanimity and coherence of purpose among the numerous and disparate<br />
agencies involved.<br />
The Task Force also recognized that while easy to recommend a systems approach, it is much<br />
more difficult to do––and do well. We therefore challenged ourselves to see if we could<br />
provide an example and potential starting point for the community to understand the problem<br />
in its full breadth, depth, and extent, and to offer guidance on the path forward. This chapter<br />
provides an abridged version of those results, which are detailed more fully in Appendix A.<br />
4.2. Elements of an M&V Analytical Methodology<br />
Several key elements are proposed as necessary parts of an enduring M&V analytical<br />
methodology, as laid out in Figure 4‐1.<br />
• First, there is the “problem space,” which consists of a set of frameworks that describe<br />
the M&V challenge independent of any proposed solutions. The problem space provides<br />
the basis that will serve as a common foundational understanding for solutions to be<br />
built upon and assessed for effectiveness.<br />
• Second is the “solution space,” in which proposed capability architectures are crafted.<br />
These architectures are collections of technologies, operations, and capabilities that<br />
work together to accomplish the goals and objectives identified to address the problem<br />
space.<br />
• Third, there must be a Bridging Methodology which allows for the “back and forth”<br />
between the problem space and solution space; i.e., the tracking, integration, and tradeoffs<br />
among objectives, requirements and architectural solutions to the problem.<br />
• Finally, there must be a rigorous and repeatable portfolio decision methodology that<br />
allows for the values of the decision maker and his/her organization to be incorporated,<br />
and for defensible, tractable decisions to be made.<br />
DSB TASK FORCE REPORT Chapter 4: Address the Problem | 39<br />
Nuclear Treaty Monitoring Verification Technologies<br />
UNCLASSIFIED