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The case study of the security of typical IPTV networks revealed a number of critical threats that could cause security incidents in the future. The number of potential vulnerabilities found was also very high, which shows the importance of analyzing both the design and subsequent implementation of an IPTV service. An evaluation of the IPTV at the home end and of the DSL access network identified 69 relevant information assets. These assets were distributed across the IPTV application, services and infrastructure layers as illustrated in Figure 5.1. The number of information assets contained in a specific IPTV service offering may vary because different IPTV service providers will have unique network architectures determined by a number of factors such as type of access network (e.g. DSL, cable, fiber), preferred implementation model (e.g. nPVR or CPE-based PVR), etc. From the design and deployment point of view, security professionals must have complete visibility of each and every component that will become part of the IPTV service offering, as well as any potential vulnerabilities in the service offering. Industry fora and standards organizations were consulted for known threats to IPTV services, and the priorities of these threats were assigned on the basis of the relationship of each threat to the IPTV service provider s revenue and reputation. For example, network outages directly impact upon the service provider s revenue, and theft of content directly impacts upon the service provider s reputation with content providers. A vulnerability analysis was performed to determine how vulnerable each of the information assets is to the threats. The risk of the vulnerability is based on the priority of the associated threat. The vulnerability analysis showed approximately 478 potential vulnerabilities, with

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A classical problem in statistical inference is the one of deciding, on the basis of a sample, whether a population should be considered homogeneous or a mixture. We are going to address this question, but only when very simple possible models for the description of the population are present. This already leads to mathematical problems having a certain complexity and to the use of techniques that are related directly to our main subjects. Our framework is restricted to Gaussian mixtures and we consider the following hypothetical testing situations:

rity incidents occur on the application in the field or on hosts with which it shared interfaces. Nothing works like a good old-fashioned hack attack to wake up upper management to the risks of e-business. There is a thriving industry of white-hat hackers who for a fee will attack and expose vulnerabilities in production systems under the assumptions that their services represent a complete set of attack scenarios and that the risks to the application can be fixed. The architect is placed in the position of adding security to a production system while at the same time justifying all of the expenses associated with the laundry list of countermeasures proposed by the intrusion team. In this chapter, our goal was to walk a mile in the shoes of an architect who has been charged with building a business case for computer security. This subject, which would clearly need a book of its own, sits at the confluence of many streams that bring together the academic theories of risk assessment and modeling, the practical knowledge of systems architecture, the tools and techniques of the diverse computer security community, the requirements of software process for building large enterprise systems, and the practical, mundane, but vital activity of writing code to actually do stuff on a machine. We now conclude the book with some advice on security architecture in the next chapter, along with pointers to further resources for architects.

This refactoring introduces XML document transformations into the documenthandling flow into an electronic document exchange process, to enable participants with moderately different formats for a business document to interoperate. This introduces a SchemaAdaptor component within the handling flow that utilizes XSL transforms to transform the external schemas to the single, internal format for consistent processing within the J2EE system.

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the patient could temporarily wear a maxillary appliance at night that only occludes with the mandibular anterior teeth (Figure 12.6). In the past few years, the NTI (Nociceptive Trigeminal Inhibition Tension Suppression System) has been heavily marketed to treat bruxism, TMD, migraine headache, and associated tension-type headache; see Figure 12.7.21 The marketing brochures often cite the results of an 8-week clinical trial that compared an NTI with a 0.5-mm thermoplastic sheet molded over all of the teeth on the arch (similar to a bleaching tray) and provided no additional determinates of occlusion. This control was continually referred to as a full-coverage occlusal splint and the brochures continue to imply this.21 24 There are two randomized clinical trials (RCTs) that compared TMD symptom change among subjects provided NTI and stabilization appliances.25,26 In one study, subjects were allowed to switch groups at the 3-month follow-up; 29% of the NTI appliance subjects and none of the