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Although the system design and SITE strategies represent the overall system development work ow, the progression has numerous feedback loops to perform corrective actions for design aws, errors, and de ciencies. As such, the two strategies need to be integrated to form an overall strategy that enables us to address the feedback loops. If we integrate Figures 25.1 and 25.3, Figure 25.5 emerges and forms what is referred to as the V-Model of system development. The V-Model is a pseudo time-based model. In general, work ow progresses from left to right over time. However, the highly iterative characteristic of the System Design Process strategy and veri cation corrective action aspects of SITE may require returning to a preceding step. Recall from above that the corrective actions might involve a re-working of lower level speci cations, designs, and components. So, as the corrective actions are implemented over time, work ow does progress from left to right to delivery and acceptance of the system. Author s Note 25.3 This point illustrates WHERE and HOW system development programs become bottlenecked, consuming resources without making earned value work progress because of re-work. It also reinforces the importance of investing in up-front SE as a means of minimizing and mitigating re-work risks! Despite all of the rhetoric by local heroes that SE is a non value-

public abstract class PersistentStore { public void beginTransaction(}; public void commitTransaction(); public void abortTransaction(); public void persist(Object obj, String name); public void persist(Object obj); public Object fetch(String name); }

System Performance Specification (SPS)

Technical Data Package (TDP)

The progress in computing technology over the past 40 years has involved a number of key themes that occur over and over again. Many of these themes clearly apply to the introduction and adoption of blades and virtualization technologies.

25.9 Summary

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In this chapter we have related some of our experience and observations regarding Seamlessness and transparency in OODBs. This account has been centered on our usage of and extensions to the Open Object-Oriented Database, which was developed by Texas Instruments (and later Raytheon TI Systems) under DARPA sponsorship. We found the OpenOODB to be unusually seamless and transparent when used with applications written in a single language, but less so when used with multilanguage software. By developing extensions to the OpenOODB to support enhanced name management, interoperability, and persistence for Java, we have attempted to raise OODB Seamlessness and transparency to an even higher level. We believe that our experience in using the OpenOODB and our extensions to it demonstrate both the feasibility and the value of Seamlessness and transparency in OODBs. We hope that this account of our experience and extensions will inspire developers of future OODBs to strive for greater levels of Seamlessness and transparency in the systems that they build. We note, for example, that the OMG's work on persistence services for distributed systems is attempting to provide more seamless and transparent approaches to persistence [OMG 1998]. In the meantime, we will be continuing to investigate approaches for improving OODB support for these important properties.

added activity, SITE exempli es WHY homegrown ad hoc engineering efforts falter and program cost and schedule performance re ects it.

Although we have not covered it in this chapter, some programs begin work from a very abstract Statement of Objectives (SOO) rather than an SPS. Where this is the case, spiral development is employed to reiterate the V-Model for incremental builds intended to mature knowledge about the SYSTEM requirements. We will discuss this topic in 27 on system development Models.

With advances in computer-related technology, new computers, storage, and networking products are always introduced as bigger, better, faster, and cheaper. Bigger describes overall ability generally increasing the computing power and memory or disk capacity. Better usually addresses increased usability, manageability, and reliability (lower mean time between failure [MTBF]). Faster relates to component speed whether it s a processor, bus, channel, or

A common argument for using object databases instead of relational databases for some applications is that they provide better capabilities to capture the structure and behavior of objects from the problem domain There are many examples from the financial and telecommunications industries that show this to be the case Genetics is another domain where this technology appears to have proved itself useful Today, many research laboratories and academic institutions exist that are actively undertaking important research into the human genome project, and some have published their experiences with object databases in the recent past To determine whether advances in object databases over the past few years have led to improved support for genetics work, we have included s 15 and 16.

In summary, the preceding discussions provide the basis with which to establish the guiding principles that govern system design, integration, and veri cation strategy practices. Principle 25.1 System design is a highly iterative, collaborative, and multi-level process with each level dependent on maturation of higher level speci cation and design decisions. Principle 25.2 A system design solution is not contractually complete until it is veri ed as compliant with its Acquirer approved System Performance Speci cation (SPS). Technically it is not complete until all latent defects are removed, but most systems exist between these two extremes. Principle 25.3 The number of latent defects in the elded system is a function of the thoroughness of the effort time and resources spent on system integration, test, and evaluation (SITE).

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