Results 251 to 260 of about 2,734,579 (285)
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2001
Traditional development and management of software processes is based on the idea of centralized real world processes carried out at one location. Reasons for modelling these processes, their chronological and hierarchical order, their interrelations and their deliverables at different levels of detail is to better understand their tasks and ...
Volker Gruhn, Ursula Wellen
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Traditional development and management of software processes is based on the idea of centralized real world processes carried out at one location. Reasons for modelling these processes, their chronological and hierarchical order, their interrelations and their deliverables at different levels of detail is to better understand their tasks and ...
Volker Gruhn, Ursula Wellen
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Distributed Query Processing on the Grid
The International Journal of High Performance Computing Applications, 2002Distributed query processing (DQP) has been widely used in data intensive applications where data of relevance to users are stored at multiple locations. This paper argues: (i) that DQP can be important in the Grid, as a means of providing high-level, declarative languages for integrating data access and analysis; and (ii) that the Grid provides ...
Jim Smith 0001 +5 more
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General Distributions in Process Algebra
2001This paper is an informal tutorial on stochastic process algebras, i.e., process calculi where action occurrences may be subject to a delay that is governed by a (mostly continuous) random variable. Whereas most stochastic process algebras consider delays determined by negative exponential distributions, this tutorial is concerned with the integration ...
Katoen, Joost P., d' Argenio, P.R.
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Observing distribution in processes
1993The distributed structure of CCS processes can be made explicit by assigning different locations to their parallel components. These locations then become part of what is observed of a process. The assignment of locations may be done statically, or dynamically as the execution proceeds. The dynamic approach was developed first, by Boudol et al.
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Multitask Control of Distributed Processes
IFAC Proceedings Volumes, 1983An analytic model for the closed-loop interaction of a multitasking system with a continuous environment is presented. Under certain assumptions, such a system may be represented by a discrete-time hybrid-state discontinuous system. An example of a thermal control system is given.
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Mobile processes with a distributed environment
1996We introduce local environments for mobile processes, expressed in π-calculus. Each local name is equipped with its relative address, i.e., with the information needed to point back to the process that generated it. Relative addresses are built upon the labels of the proved transition system of π-calculus.
BODEI, CHIARA +2 more
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Load Distribution for Distributed Stream Processing
2004Distributed steam processing is necessary for a large class of stream-based applications To exploit the full power of distributed computation, effective load distribution techniques must be developed to optimize the system performance and cope with time-varying loads When traditional load balancing or load sharing strategies are applied to such systems,
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Resource Management and Scheduling in Distributed Stream Processing Systems
ACM Computing Surveys, 2021Xunyun Liu, Rajkumar Buyya
exaly