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Some of the factors that may act to buffer an individual from extreme reactions to serious or life-threatening diagnoses are similar to those noted in the previous section on health preservation and primary prevention (Antoni, 1991; Taylor & Aspinwall, 1990) These include appraisals (interpretation of the meaning of the diagnosis and its ramifications, outlook toward the future, self-efficacy, treatment efficacy), repertoire of coping strategies (active coping, denial, giving up, cognitive reframing, acceptance), available resources (support of friends and family, spiritual sources of support, economic means), and contextual factors (ongoing life stressors, prior experience with serious disease, functional ability) For instance, maintaining an optimistic attitude (Carver et al, 1993), accepting the reality of the diagnosis (Lutgendorf et al.

, 1998; Taylor & Aspinwall, 1990), and having social (Zuckerman & Antoni, 1995) or spiritual resources (Woods, Antoni, Ironson, & Kling, 1999a, 1999b) available for dealing with a serious medical diagnosis can be predictive of less distress in the weeks or months following the identification of conditions such as HIV and cancer..

producing a minimum number of hops of about jSDj=Rc between source S and destination D Euclidean stretch factor and dilation can be de ned in a similar way by utilizing Euclidean distance instead of hop count Xing et al [6] studied the dilation properties of sensing covered networks by utilizing a known upper bound of the Euclidean stretch factor of Delaunay triangulations (DTs) This well-studied graph structure can be de ned as the twin of the Voronoi diagrams For a set of n nodes in two-dimensional (2D) space, the Voronoi diagram partitions the plane into n Voronoi regions Vor (U), while each Voronoi region contains all points in the plane that are closest to U (see the face surrounding node F in Fig 122, for instance).

Application Domain The logical process that contains a managed component whenever it is being executed. Assembly The fundamental unit of work for any deployment considerations in the Microsoft .NET Framework. Although assemblies can consist of multiple les, we usually bundle all the modules into a single le written in the Portable Executable (PE) format and save it as either a DLL or an EXE. Base Class Library (BCL) The set of application programming interfaces (APIs) used to connect managed components to the underlying services and subsystems provided by the Microsoft .NET Framework-based platform. Client Activated Server Object A remote object whose lifetime is controlled by the client. This means that it is created and destroyed on the server by the code executing on the client in order to support .NET Remoting. Common Intermediate Language (CIL) See Intermediate Language. Common Language Runtime (CLR) The core subplatform within the Microsoft .NET Framework-based platform that manages all runtime aspects for managed components executing within the platform. Common Language Speci cation (CLS) A set of programming language features and rules designed to ensure cross-language interoperability among managed components. Common Type System (CTS) A subset of the CLS that de nes data/class/interface types in a programming language independent way. This can also refer to the subset of the CLR/Microsoft .NET Framework-based platform that implements the CTS. Component A deployable bundle that provides a reasonably cohesive set of functionality. Component or Subsystem (COS) A term that refers to a component or subsystem, ignoring any differences between the two concepts. Deployment Any features, issues, concepts, or considerations related to how a COS instance is installed on a particular machine at a particular site.

The DT can be obtained by connecting each node pair (U, V) that shares a common boundary in the Voronoi diagram (see the dotted lines in Fig 122) It is proved in ref [6] that the DT is a subgraph of a sensing covered network when the double-range property holds This result and the known upper bound of the Euclidean stretch factor of DTs is nally used to derive a constant upper bound for the network dilation in a sensing covered network that has the doublerange property Additionally, it is observed that any DT edge is shorter than 2Rs Thus, when range ratio Rc/Rs increases, the shortest path found in the DT gets signi cantly longer than the shortest possible path in the complete network, since all edges longer than 2Rs are ignored by the DT.

Besides the results based on DT, properties of greedy routing are investigated in ref [6] as well It is proved that greedy routing will always nd a routing path between any two nodes if the sensing covered network has a convex network boundary and the double-range property holds Additionally, the progress made in each routing step is at least Rc 2Rs closer to the destination than the current forwarding node Furthermore, the latter result is used in order to estimate the quality of the routing path produced by greedy routing It is observed that in a sensing covered network with the double-range property the path (from source S to destination D) found by greedy routing is always no longer than about jSDj= Rc 2Rs ..