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Project Performance Management. Connecting the 5 Principles and 5 Practices of Performance-Based Project Management ® To Increase the Probability of Project Success. Building a Credible PerformanceMeasurement Baseline. Measures of Product Value is Exchange for Its Cost. Event-Based Scheduling , 10 November 2006.
Schedule Estimation and Uncertainty Surrounding the Cone of Uncertainty, Todd Little, IEEE Software , May/June 2006. A Few References and Resources . Sources of Weapons Systems Growth: Analysis of 35 Major Defense Acquisition Programs ". GAO cost estimating and assessment guide. Parametric Cost Estimating Handbook.
Project Performance Management (#PPM). Technical PerformanceMeasures (#TPM). Cost, Schedule, and Technical Performance Management (#CSTPM). Project Performance Management. Building a Credible PerformanceMeasurement Baseline - without a good foundation, nothing can be built. Risk Management (#RM).
risks that may prevent the end item from performing as intended or not meeting performance expectations. Measures of Effectiveness, Measures of Performance, Technical PerformanceMeasures, and Key Performance Parameters describe the measures of these expectations. 3, August 2006, pp.
Don't toss out the notion that reducing risk and uncertanty and all other performancemeasures doesn't follow the plan. . Software Measurement and Estimation: A Practical Approach , Linda M. Carol Brennan, John Wiley & Sons, 2006. Laird and M. 37–48, 2007. .
The Cone of Uncertainty,” Stephen Gryphon, Phillippe Kruchten, and Steve McConnell, Letters, IEEE Software , 23 (5) 2006, pp 8?10. Coping with the Cone of Uncertainty: An Empirical Study of the SAIV Process Model,” Da Yang, Barry Boehm, Ye Yang, Qing Wang, and Mingshu Li, ICSP 2007 , LNCS 4470, pp. 37–48, 2007.
When actual measures of cost, schedule, and technical performance are outside the planned cone of uncertainty, corrective actions must be taken to move those uncertanties inside the cone of uncertanty, if the project is going to meet it's cost, schedule, and technical performance goals. . Resources. [1] 14] Galorath, D.
The Measures that are modeled in the Cone of Uncertainty are the Quantitative basis of a control process that establishes the goal for the performancemeasures. This is a closed loop control system for managing the program with a T echnical PerformanceMeasure (TPM). Resources. [1] 14] Galorath, D.
When actual measures of cost, schedule, and technical performance are outside the planned cone of uncertainty, corrective actions must be taken to move those uncertanties inside the cone of uncertanty, if the project is going to meet it's cost, schedule, and technical performance goals. . 14] Galorath, D. and Evans, M.
All making things smaller dos is show that you're late, over budget, and what you're building (Technical PerformanceMeasures) doesn't work faster. Stewart, ACTEX Publications, 2006. Loch, Arnoud DeMeyer, and Michael Pich, Wiley, 2006. This is good, but it doesn't reduce risk. It just closed the loop faster.
For approaches that have been implemented on existing systems, obtaining such understanding may require measurement and analysis. For scenarios where the project under consideration does not yet exist, performance prediction using analytical modeling or simulation is necessary. The IMS is then placed on a baseline in the PMB.
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