Analyzing the Outputs

In analyzing the outputs from the risk assessment, the risk manager should evaluate and monitor performance to determine whether the implemented risk management 

The evaluation phase is designed to bring a systematic, disciplined approach to assessing and improving the effectiveness of risk management program implementation. It is not just the implementation that needs to be evaluated and improved it is the actual risk reduction measures thanselves. Evaluation should be conducted in a way that is commensurate with both the level of risk and the scope of the mission. 

In practice, the determination of risks to assets rarely occurs linearly. Instead, safety managers often move back and forth between the tasks, such as by refining a methodology after some data have been gathered. 

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Assumptions used in analyzing the output of the method and how final probability v.ilucs tor ose in tlie overall risk assessment were determined, mid... 

It should be clear that a complete FMEA approach is not practical for the evaluation of production facility safety systems. This is because (1) the cost of failure is not as great as for nuclear power plants or rockets, for which this technology has proven useful (2) production facility design projects cannot support the engineering cost and lead time associated with such analysis (3) regulatory bodies are not staffed to be able to critically analyze the output of an FMEA for errors in subjective judgment and most importantly, (4) there are similarities to the design of all production facilities that have allowed industry to develop a modified FME.A approach that can satisfy all these objections. 

A flow synthesis of peptides using a macroporous polymer resin soon followed additionally incorporating an in-line UV detector, which constantly monitored the progress of the reaction by analyzing the output of the column the reaction was recirculated until it reached completion. However, backpressures of500-1000 psi were encountered, making these systems only suitable for metal-encased columns [93],... 

We then set the pump delay to zero so that the NS operation can proceed with maximum efficiency. We analyze the output mode 7 by tilting the compensation crystal BB02 - this allows for the variation of the correlations with 6 to be directly observed. For state 2y, 0//) + e10 0y, 2//) in mode 7, the coincidence rate between detectors Dq and l)/> is proportional to sin2(0/2). We input state 2y, 0//) + e10 0y, 2//) into BS2 and record both the two-fold Dq Dp, and the four-fold Di D2 Da Dp coincidences with the ancilla path open. The two-fold coincidence rate reflects the initial correlations for the input entangled-photon pair, whereas the four-fold coincidence rate shows the correlations after a successful NS operation. Fig. 9 shows the observed coincidence rates (two-fold are solid triangles and four-fold are solid diamonds) at... 

Four types of plots help to analyze the output of GRID/CPCA ... 

A glycogen solution placed in the emission compartment will scatter light and be used as reference (tf = 0) to determine phase delay and fluorescence demodulation For each measurement, the intensity of the reference is adjusted in order to have it equivalent to the intensity of the fluorescence signal of the sample. Phases and modulations of the fluorescence and scattered light are obtained relative to the reterence photomultiplier or instrumental (internal) reference signal. In fact, two Identical detection electronic systems are used to analyze the outputs of the reference and sample photomultipliers. Each channel consists of an alternative and continuous cunents (AC and AD, respectively). 

The enterprise analyzes the outputs of tasks 6.1.1 through 6.1.8 to define life cycle process requirements necessary to develop, produce, test, distribute, operate, support, train, and dispose of Systran products under development. 

The basic design of a fiber-optic chemical sensor system is shown in Fig. 1. The fiber-optic chemical sensor s main components are (a) a light source, (b) optical fibers fo both transmit the light and act as the substrate for (c) the sensing material, and (d) a detector to measure the output light signal. Usually computers or microprocessors control the fiber-optic chemical sensor instrumentation and are employed to analyze the output signals. 

Analyzing the output of a simulation can be one of the most difficult aspects of molecular modeling research. At the end of an MD simulation you are left with a huge collection of energies, forces, atomic positions, and velocities. How do you extract from this the information you want One way is to write utility programs to do the analysis. There are many examples available to help with this, and standard textbooks provide good example codes. " If you do not want to do this, then some of the codes listed above have analysis utility tools that can help. LAMMPS, for example, has a collection of python-based pre- and postprocessing tools associated with it called Pizza.py. It can perform animations, extract thermodynamic data, read and... 

In batch processing, uncertainty can emerge in operational or market-related parameters. Processing rates, duration of activities, material purchasing and product selling prices are common uncertain variables. Such uncertainty affects the throughput of a plant, the profitability and other key performance indicators (KPIs). In Monte Carlo simulation, numerous scenarios of a model are simulated by repeatedly picking values from a user-defined probability distribution for the uncertain variables. Those values are used in the model to calculate and analyze the outputs in a... 

A block diagram of the experiment set-up is shown in Fig. 2.1. Both the acceleration and cutting force signals are recorded on a magnetic tape and then processed in the HP Fourier Analyzer, the output of which is plotted on the plotter or other peripheral devices. These acceleration and cutting force signals were digitised by an A/DC and then stored on the computer disc. 

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