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plexity. In the list there are included subphases and submodes of operation, although most systems do not employ these features. They are provided here for illustration purposes for those systems that do employ those terms. 1. Each phase of operation (1): a. Consists of at least one or more modes of operation (2). b. Allows application of at least one or more use cases (3). c. May consist of at least two or more subphases of operation (4). 2. Each subphase of operation (4) (if applicable) is: a. An element of a higher level phase of operation (1). b. Accommodates at least one or more use cases (3). c. Supported by at least one or more modes of operation (2). 3. Each use case (3) is: a. Applicable to at least one or more phases of operation (1). b. Analytically abstracted into at least one or more higher level modes of operation (2) or into submodes of operation (5). c. May require one or more physical con gurations (7). 4. Each mode of operation (2): a. Is unique to one and only one phase of operation (1). b. Accommodates at least one or more use cases (3). c. Supported by at least one or more physical con gurations (7). 5. Each submode of operation (if applicable) is: a. Unique to one and only one mode of operation (2). b. Accommodates at least one or more use cases (3). c. Supported by at least one or more states of operation (6).

It also represented a further challenge for the name management and interoperability support available with the OpenOODB With sponsorship from Texas Instruments, Raytheon TI Systems, and DARPA, we have explored enhancements to OpenOODB in each of these areas Our approach to transparent and seamless naming, interoperability, and persistence centers on a framework that we call PolySPIN, which stands for polylingual support for persistence, interoperability, and naming The PolySPIN framework provides a uniform name management mechanism that not only offers application developers a library of useful abstractions for organizing and navigating OODBs but, as a byproduct, offers an interoperability mechanism providing transparent polylingual access to persistent objects, thus allowing applications to manipulate objects as though they were all implemented in the language of the application In the remainder of this section, we first describe PolySPIN's approach to name management.

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6. Each state of operation (6): a. Supports at least one or more modes of operation (2) or submodes of operation (5). b. Consists of at least one or more physical con gurations (7). 7. Each physical con guration (7) is: a. Characterized by the system/item architecture, interfaces, and settings. b. Unique to a state of operation (6). c. Employed by at least one or more use cases (3). Author s Note 19.2 Since our focus here is on general relationships of system phases, modes, and states of operation, Figure 19.1 is presented with those key elements. As we will see in 21 System Operational Capability Derivation and Allocation, the linkages between use cases, modes and states of operation, and physical con guration states (i.e., the physical design solution) are accomplished via required operational capabilities that lead to performance requirements. The subject of phases, modes, and states is often confusing; this is because it is complicated by people who often misapply the terms. Therefore, we defer the required operational capabilities dimension until later. Given this framework of entity relationships, let s begin our discussion with system phases of operation.

A new standard called Systems Management Architecture for Server Hardware (SMASH) has defined a command-line protocol (CLP) that is beginning to provide a common interface for automation scripting This standard has been developed by one of the key industry standards organizations focused on management issues, the DMTF (see 11, Industry Organizations and Related Standards, for more information) Many of the tools that were developed to manage nonbladed systems have been adapted to manage blade environments Although this gives a good logical view, it doesn t always provide a true picture of the physical aspects of the blade systems, leaving this function to tools that are provided by the individual blade manufacturers.

Our discussion of the System Operations Model introduced a key concept in understanding how human-made systems typically operate. The operations presented in Figures 18.1 and 18.2 provide an initial framework for organizing and collecting system capability requirements as well as developing the initial system engineering design. Let s explore the relationship of phases and operations.

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