Identify three risk measurement techniques by its use and its application.© BrainMass Inc. brainmass.com October 16, 2018, 11:56 pm ad1c9bdddf
Risk Measurement Technique
In present every business is confronting a number of risks related with its external as well as internal environment, that need to be measured accurately for assuring a convinced success in the present competitive environment. For measuring risks there exist a number of traditional as well as advanced risk measurement techniques that can be used by organizations to measure risks.
Risk Measurement Techniques
Following are some advanced risk measurement techniques that can be prominently used by organizations to measure risks:
1. Capital Asset Pricing Model: It is a prominent approach in the direction of risk measurement. With the approach of capital asset pricing model, risk is assessed by equating the risk of a project comparative to the market portfolio. This approach presumes that the on the whole risk incurred by shareholders represents two conceptions:
? Specific (diversifiable) risk: This risk is explicit to an individual company like impact on cash flows originating from a novel competitor ingoing the market or when a technological transform constructs one of the firm's key products disused.
? Market (non-diversifiable) risk: This risk is due to macroeconomics factors that basically have an effect on the returns of all companies, like modifications in interest or corporate tax rates or alterations in on the whole consumer demand (Drury, 2004).
The CAPM approach to risk measurement presumes that specific risk is extraneous in ascertaining the returns commanded by shareholders as they can expand it away (and thus pass up it) by ...
Three risk measurement techniques and their applications are identified.
Safety, and Reliability Concerns and Risk
1(a) Are safety and reliability concerns more or less important in an embedded application when compared to a non-embedded system? Why or why not?
1(b) What is risk? Give several examples of low and high risk embedded applications. Identify several embedded applications that may either be high or low risk depending on their operating context.
2(a) You have learned that the processes of debugging, troubleshooting, and testing have similar goals, but occur at different times during a product's lifetime and process with a different set of premises. How do the strategies and goals of each of these differ?
2(b) Some say that design should be a top-down process while debug and test should be bottom-up processes. What is meant by these two processes?
3(a) Identify and discuss possible problems that might arise when data or signals must be exchanged with the outside world compared to a similar exchange inside of the processor.
3(b) What are the respective advantages and disadvantages of the asynchronous and synchronous communication modes from a reliability perspective?
4. Give several examples of devices that produce analog signals that might serve as inputs to an embedded application. What kind of signal, voltage, current, or some other type might come from such devices? Briefly explain the measurement technique used in each case.View Full Posting Details