Titlebook: DCE - The OSF Distributed Computing Environment, Client/Server Model and Beyond; International DCE Wo Alexander Schill Conference proceedin

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Managing the transition to OSF DCE security,ity that either the two security environments are to be kept separate, or that UNIX system security is to be strictly aligned with DCE Security. Neither solution is usually practical for established UNIX system installations that are only beginning to use DCE technology. This paper describes a set o

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Intractable

GRAVE

Integrating RPC and message passing for distributed programming,call (RPC) is its communication mechanism. However, the cooperative processing style is more appropriate for expressing parallelism. Message passing is its communication method. In this paper, we describe a combined programming style and present a technique to integrate RPC and message passing in Op

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Optimized selection of servers for reduced response time in RPC,nd to decrease the response time..This contribution is dealing with a mechanism for reduced response time, developted and tested in the environment of DECrpc using the so called Location Broker (i.e. an agent process that provides to a client dynamically and transparently the remote server interface

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指令

progestogen

DCE++: Distributing C++-objects using OSF DCE,o overcome some observed shortcomings of DCE namely that is only well-suited for client-server applications. Opposed to DCE DCE++ supports a uniform object model, location independent invocation of fine-grained objects, remote reference parameter passing, dynamic migration of objects between nodes,

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Object-oriented distributed computing with C++ and OSF DCE,ided by the use of object-oriented design and development techniques when writing distributed applications. It describes a model to map DCE onto C++, a structure for distributed C++ applications and it presents a set of challenges we encountered while integrating C++ with DCE, along with the solutio

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