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This risk assessment is a series of structured what if questions that probe the most likely causes of development failure depending on the type of development and the type of business the development must support This risk motivation is divided into four interrelated testing objectives Primary objectives of testing Testing objective 1: Identify the magnitude and sources of development risk reducible by testing When a company contemplates a new development project, it prepares a business case that clearly identi es the expected bene ts, costs, and risks If the cost of the project is not recovered within a reasonable time by the bene ts or is determined to be a bad return on investment, the project is deemed unpro table and is not authorized to start No testing is required, unless the business case is tested.

Multi-homed Paging Power Saving Mode Reassociation Routing Area Update Seamless Handover Serving RNC Soft handover

Make sure you use the ggdb switch since we want to compile gdb output for debugging purposes. We also want to use the preferred stack boundary switch, which will set up our stack into dword-size increments. Otherwise, gcc will optimize the stack and make things more difficult than they need to be at this point. Load your results into gdb:

If the bene ts outweigh the costs and the project is considered a good return on investment, the bene ts are then compared to the risks It is quite likely that the risks are many times greater than the bene ts An additional consideration is the likelihood that the risk will become a real loss If the risk is high but the likelihood of the risk occurring is very small, then the company typically determines that the risk is worth the potential bene t of authorizing the project Again, no testing is required If the risk is high and the likelihood of its occurrence is high, the questions Can this risk be reduced by testing and If the risk can be reduced, how much can testing reduce it are asked.

Generally, there are two methodologies to evaluate the required bandwidth [23]: 1. Statistical approach The services during a busy hour are modelled as calls with an individual data rate and data activity as shown in Figure 17.17. This approach can be executed with several resources (like Excel). On the other hand, it cannot model the time dependencies of protocols, and the effects of buffer sizes, latency and cell delay variation. 2. Analytical approach This approach models the protocols of the network elements involved. The effort of this method is quite high, since an in-depth knowledge of the vendor equipment is required.

If the risk factors are well known, quanti able, and under the control of the project, it is likely that testing can reduce the probability of the risk occurring Fully controlled tests can be planned and completed If, on the other hand, the risk factors are not under control of the project or the risk factors are fuzzy (not well known or merely qualitative), then testing does not have a fair chance to reduce the risk Testing objective 2: Perform testing to reduce identi ed risks As we will see in subsequent chapters, test planning includes positive testing (looking for things that work as required) and negative testing (looking for things that break) The test planning effort emphasizes the risk areas so that the largest possible percentage of the test schedule and effort (both positive testing and negative testing) are dedicated to reducing that risk.

REST TCP 15% WoW VPN 0% 2% FTP 1% SMTP 3% HTTPs 8% POP 3 7% WAP 2.0 0%

(5.65)

Very seldom does testing completely eliminate a risk because there are always more situations to test than time or resources to complete the tests One hundred percent testing is currently an unrealistic business expectation..

Heflin et al. (2002).

Figure 15-2 SOA for DexCo using an ESB. Back-end systems are exposed as web services and are able to communicate with frontend portals and other applications using the universal connectivity of the ESB.

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If you find an option to enable UPnP on your router, you may want to enable it, save the configuration, and attempt the automatic setup again. Many routers that claim to support UPnP do not have a complete implementation, so Windows Home Server may still fail at setting them up properly.