Group items tagged

A methodical approach exists based on the Shaw patented method - Customer-Inspired Process Deployment®. The methodology starts with how an external customer experiences your organization and creates the structure of your organization as an assemblage of processes. This approach will most likely look quite different than your traditional organization chart. In fact, the organization chart really has little to do with how work gets done, in most cases. 

Complex loops refeeding material or recycling loops can be displayed and calculated within the material flow networks.

CHAPTER 4 FRAMEWORK FOR SCADA UTILITY SURVIVABILITY MODELING * 4.1 Risk Modeling * 4.2 Internet Survey * 4.3 Survivability * 4.4 Taxonomy for Assessing Computer Security * 4.5 Definitions and Terms for a Taxonomy * 4.6 Understanding the Taxonomy * 4.7 Hierarchical Holographic Modeling (HHM) * 4.8 Recent Uses of the HHM in Identifying Risks * 4.9 Risk Modeling Using HHM * 4.10 Goal Development and Indices of Performance * 4.11 Event Tree and Fault Tree Analysis * 4.12 Distributions from Event Tree Analysis * 4.13 Partitioned Multiobjective Risk Method * 4.14 Multiobjective Tradeoff Analysis * 4.15 Evaluation *

Generic training that can aid in dealing with unanticipated complex terrorist activities is needed. Terrorist acts can create stressful situations involving volatility, uncertainty, complexity, ambiguity, and delayed feedback and information flow (“VUCAD”). Strategic management simulation technology, based on complexity theory, can be used to assess and train personnel who must deal with the threat of terrorism.

Yet we also need more generic training to handle the VUCAD of terrorism

A more applicable technology is known as “quasi-experimental simulation.”17 While the quasi-experimental approach is a compromise between the free and experimental simulation methods, it tends to combine the advantages of both and mostly eliminates the disadvantages of the other two. In a quasi-experimental simulation, preprogrammed information is restricted to only part of the information: incoming messages that assure that all participants experience the same flow of events. On the other hand, many additional computer-generated responses (typically one-half of the incoming information) to participant actions allow realism (and maintenance of high motivation levels). Yet, because of the constant flow of pre-programmed information that keeps significant events and timing constant for all participants, performance can be numerically scored against established criteria of excellence or can be compared between different participants (or participating teams). The observer (who was necessary in the free simulation) has become obsolete. Performance is computer scored, both in terms of how any participant processes information (for example, is strategy developed?) and in terms of the appropriateness of the actions taken to deal with scenario-generated events

The systematic review of published research studies is a major method used for evaluating particular treatments. The Cochrane Collaboration is one of the best-known, respected examples of systematic reviews. Like other collections of systematic reviews, it requires authors to provide a detailed and repeatable plan of their literature search and evaluations of the evidence. Once all the best evidence is assessed, treatment is categoried as "likely to be beneficial", "likely to be harmful", or "evidence did not support either benefit or harm".

Evidence-based medicine categorizes different types of clinical evidence and ranks them according to the strength of their freedom from the various biases that beset medical research. For example, the strongest evidence for therapeutic interventions is provided by systematic review of randomized, double-blind, placebo-controlled trials involving a homogeneous patient population and medical condition. In contrast, patient testimonials, case reports, and even expert opinion have little value as proof because of the placebo effect, the biases inherent in observation and reporting of cases, difficulties in ascertaining who is an expert, and more.

CMMI Appraisals  The Appraisal Program oversees the quality and consistency of the SEI's process appraisal technology and encourages its effective use. Its four main functions include communications to the appraisal community; appraisal quality control; training, authorizing, certifying, and providing resources for Lead Appraisers and Team Leaders; and monitoring and reporting appraisal results.