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

有常識(shí)

978-3-540-57306-7Springer-Verlag Berlin Heidelberg 1993

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保守

Xiangju Li,Shi Feng,Yifei Zhang,Daling Wang Distributed Computing Environment (DCE) from the Open Software Foundation (OSF) and ANSAware from Architecture Projects Management (APM) Limited. The results indicate that DCE and ANSAware have many differences. These differences reflect the fact that ANSAware was built up from an innovative archit

花爭吵

sleep-spindles

Xuewen Shi,Heyan Huang,Ping Jian,Yi-Kun Tanged as a function of the length of argument(s) passed. We show that:.We also demonstrate that multi-threading increases throughput even on a single processor system and how much the throughput is improved in comparison with multiple single-threaded processes. The effect of multi-threading a client pr

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Xuewen Shi,Heyan Huang,Ping Jian,Yi-Kun Tang Environment (DCE). It supplies a Fortran application interface by defining a Fortran-like interface definition language and facilitates the creation of distributed applications by generating the additional code automatically. As a result, the Fortran application programmer does not have to learn mu

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https://doi.org/10.1007/978-981-99-6207-5ion, the server side of the application, and the remote procedures in the server side must be written in C. Digital Equipment Corporation has enhanced its DCE product so that the client side of a distributed application and the remote procedures in the server side can be written in FORTRAN. This enh

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Jiawei Li,Mucheng Ren,Yang Gao,Yizhe Yangof the Open Software Foundation (OSF) Distributed Computing Environment (DCE) in the context of a prototype application environment that was developed using the OSF DCE. The environment, a Financial Desktop, consists of a series of OSF Motif and MicrosoftWindows based clients which obtain informatio

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Qianhui Liu,Yang Gao,Yizhe Yangout the environment and which perform single logical tasks. This paper discusses a general purpose architecture which provides a framework for designing complex multi-user systems capable of interfacing with these services. The merits of this generalized approach are reflected in the following two c