Pattern-oriented Software Architecture: Patterns for resource managementThe eagerly awaited Pattern-Oriented Software Architecture (POSA) Volume 4 is about a pattern language for distributed computing. The authors will guide you through the best practices and introduce you to key areas of building distributed software systems. POSA 4 connects many stand-alone patterns, pattern collections and pattern languages from the existing body of literature found in the POSA series. Such patterns relate to and are useful for distributed computing to a single language. The panel of experts provides you with a consistent ... |
From inside the book
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Page 205
... CPU board is responsible for coordination of the other CPU boards , while the remainder of the CPU boards are responsible for the actual radio connections . Physically , each CPU board is connected with every other CPU board via an ...
... CPU board is responsible for coordination of the other CPU boards , while the remainder of the CPU boards are responsible for the actual radio connections . Physically , each CPU board is connected with every other CPU board via an ...
Page 208
... CPU boards , those CPU boards have to coordinate among themselves . This can involve data copying , and allocation of new entries in containers that track the association of connection IDs to physical transport resources . Dynamic ...
... CPU boards , those CPU boards have to coordinate among themselves . This can involve data copying , and allocation of new entries in containers that track the association of connection IDs to physical transport resources . Dynamic ...
Page 209
... CPU board , but the hardware and software elements of all CPU boards have to be represented in the OMC . The dedicated CPU board typically invokes maintenance and status operations remotely on the other CPU boards . The status ...
... CPU board , but the hardware and software elements of all CPU boards have to be represented in the OMC . The dedicated CPU board typically invokes maintenance and status operations remotely on the other CPU boards . The status ...
Common terms and phrases
acquire resource Acquisition pattern Addison-Wesley allows application application software base station Call Processing client Conference on Pattern configured connection CORBA CPU boards database distributed domain ensure European Conference example grid computing hoc networking implement interaction Java Languages of Programs Lazy Acquisition 38 lookup service management pattern language method mobile network mobile phone multiple Naming Service network elements number of resources Object Management Group object pool OOPSLA operating system optimize Partial Acquisition participants pattern describes pattern language patterns and pattern patterns community performance Pooling 97 POSA1 POSA2 predictable prepare phase protocol public void query quoter proxy quoter service real-time registered release resources request requirements resource acquisition Resource Lifecycle Manager resource management pattern resource provider resource user responsible scalability sequence diagram server service interface service provider software architecture software development software systems solution start-up Sun Microsystems synchronization task topological tree typically update user interface