Deployed configuration

The typical solution to multi-segment discovery involves the deployment of a directory service (such as is used by the Service Location Protocol, SLP [10]). In the home setting, however, such approaches are untenable because they require explicit administration to deploy, configure, populate and maintain the contents of the service as devices come and go. 

The Project shall assure that all Science System hardware in its deployed configuration, except approved science hardware, shall remain within the protected zone of the reactor radiation shield. Coordination between the shield and spaceship designs is required to assure that maximum dose levels are not exceeded. Shielding of local electronics will also be required. Shielding Sufficient to reduce neutron flux 10 x and Gamma Flux lOOx and must cover roughly a 12° by 6° cone angle. 

Flexibility means the ability not only to change quickly but also to provide several variants at the same time. A bank may deploy the same basic business system globally but needs to be able to adapt it to many localized rules and practices. A software product vendor cannot impose the same solution on every customer nor develop a solution from scratch each time. Instead, software developers prefer to have a configurable family of products. 

For a component to be generic, you must provide ways that your clients designers can specialize it to their needs. The techniques include parameters passed when a function is called tables read by the component configuration or deployment options on the component plug-points—a place where the component can be plugged into a variety of other components and frameworks, such as a workflow system, into which a variety of components can be plugged. 

Figure. 3.20 Colocation of correct upstream sampler and PAT sensor, shown here for a recirculation loop configuration (right). The PAT sensor is deployed in upstream small-diameter piping with a field of view matching as best possible the same stream segment which is being sampled for reference analysis. This setup allows for reliable multivariate calibration because of the colocated [X, f] modalities.

Figure 3.21 Alternative PAT sensor configuration/deployment in bypass loop configuration. Note that the field of view is here equal to the full stream cross section. Various combinations of the principles illustrated in Figures 3.20 and 3.21 offers convenient process technology flexibility to deal with just about any conceivable scenario otherwise threatened by the traditional fatal IDE/IEE issues illustrated in this chapter.

The REMUS sensor suite was also configured for diver deployment (Fig. 6.6). The sensor module was easily detachable from the REMUS and could be mounted... 

Figure 6.5 SeaDog sensor payload configured for deployment on the REMUS.

Figure 6.6 SeaDog sensor package configured for diver deployment.

Since the advent of efficient and robust simulation and optimization solution engines" and flowsheeting software packages that allow for relatively easy configuration of complex models, numerous integrated, high fidelity, and multiscale process model applications have been deployed in industrial plants to monitor performance and to determine and capture improvements in operating profit. 

Unfortunately, most of these tools are extremely expensive, and are fairly complex to deploy, requiring a database backend for alert storage. Surprisingly, they also have limited correlation capabilities, only providing a dozen or so rules as example for the development of environment-specific correlation rules. They should be viewed as a development framework for writing correlation rules. Since our correlation needs are very diverse, we could not find a platform that would allow us to run multiple correlation processes in parallel, from dynamic statistical analysis to vulnerability assessment. Also, manipulation of contextual data with interfaces to the inventory and configuration databases of the companies, was a strong requirement that no commercial tool satisfied at the time we launched the project. 

In another interesting variant drawn from early work,586 a semiconductor/redox electrolyte/semiconductor (SES) configuration was deployed as a photoanode. Thus this SES structure consisted of single crystal wafers of n-CdS and n-Ti02 separated... 

Team size will vary according to the mission assignment. Strike teams, a concept developed during the Atlanta 1996 Summer Olympic Games, are five- to six-member squads, usually made up of medical personnel that have the capability to move quickly into an affected area to provide limited medical treatment and assessment. A full team deployment is expected to be 33 to 35 personnel and is made up of medical, technical, and support personnel. The full team is usually the configuration that is used for a large event such as a hurricane or an earthquake (Wallace, 2002 see Figure 2.6). 

The SNS Program is committed to have 12-hour Push Packages delivered anywhere in the United States or its territories within 12 hours of a federal decision to deploy. The 12-hour Push Packages have been configured to be immediately loaded onto either trucks or commercial cargo aircraft for the most rapid transportation. Concurrent to SNS transport, the SNS Program will deploy its Technical Advisory Response Unit (TARU). The TARU staff will coordinate with state and local officials so that the SNS assets can be efficiently received and distributed upon arrival at the site. 

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