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In impact analysis, it is necessary to understand the relationship between an asset and the business processes and activities that the asset supports The purpose of impact analysis is to identify the impact on business operations or business processes This is because risk management is not an abstract identification of abstract risks, but instead a search for risks that have real impact on business operations In an impact analysis, the impact can be expressed as a rating such as H-M-L (HighMedium-Low) or as a numeric scale, and it can also be expressed in financial terms But what is also vitally important in an impact analysis is the inclusion of a statement of impact for each threat Example statements of impact include inability to process customer support calls and inability for customers to view payment history.

By default, C and C++ pass arguments to a function using call-by-value. Passing an argument using call-by-value causes a copy of that argument to be used by the function and prevents the argument used in the call from being modified by the function. In C (and optionally in C++), when a function needs to be able to alter the values of the variables used as arguments, the parameters must be explicitly declared as pointer types and the function must operate on the calling variables using the * pointer operator. For example, the following program implements a function called swap( ), which exchanges the values of its two integer arguments:

The symbol is called an integral sign (the symbol is in fact an elongated S ) and the symbol dx plays a traditional role to remind us what the variable is. We call an expression like f (x) dx

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Statements such as inability to authenticate users may be technically accurate, but they do not identify the business impact NOTE Because of the additional time required to quantify and develop statements of impact, impact analysis is usually performed only on the highest-ranked threats on the most critical assets Qualitative Risk Analysis A qualitative risk analysis is an in-depth examination of in-scope assets with a detailed study of threats (and their probability of occurrence), vulnerabilities (and their severity), and statements of impact The threats, vulnerabilities, and impact are all expressed in qualitative terms such as High-Medium-Low or in quasi-numeric terms such as a 1 5 numeric scale The purpose of qualitative risk analysis is to identify the most critical risks in the organization, based on these rankings.

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UDP performs a very simple function At the sending end, it simply passes individual pieces of data from an application to IP to be routed to the far end At the receiving end, it simply passes incoming pieces of data from IP to the appropriate application Unlike TCP, UDP provides no acknowledgment functionality Therefore, no guarantee exists that anything sent from an application that uses UDP will actually get to the desired destination UDP is inherently unreliable Why, then, should there be any interest in using UDP instead of using a more reliable protocol, such as TCP The answer is that many applications require a quick one-shot transmission of a piece of data or a simple request/response An example is the Domain Name System (DNS), where a client sends a domain name to a domain name server, which responds with an IP address.

Of course this example is parallel to Example 8.30, and you should compare the two examples. Our function is f ( x) = 1/( 1 + x 2 ) and our partition is P = {0, 1/4, 2/4, 3/4, 1}. The sum from Simpson's Rule is S= 1/4 { f ( 0) + 4 f ( 1/4) + 2 f ( 1/2) + 4 f ( 3/4) + f ( 1) } 3 1 1 1 +4 2 12 1+0 1 + ( 1/4) 2 +2 1 1 1 +4 + 1 + ( 1/2) 2 1 + ( 3/4) 2 1 + 12

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