Open distributed control and measurement system based on an abstract client-server architecture

Pianegiani, F.; Macii, David; Carbone, Paolo

doi:10.1109/vims.2002.1009358

Cited by 4 publications

(2 citation statements)

References 15 publications

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“…The access to a shared resource can be provided through data migration, calculations or processes mechanisms [16]. Could be say that, a distributed system is a loosely coupled processors collection interconnected by a communication network, that is, each has its own local memory and processors that communicate with each other through various communication lines, like high speed buses or networks [17].…”

Section: A Client-server Architecture and Distributed Systemsmentioning

confidence: 99%

Load balancing for distribuited databases access using a random heuristic algorithm

Dams

García

2014

prospect

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In this paper, the RanHeurist load balance algorithm is proposed, for homogeneous client-server distributed systems with a large number of requests. As a measure parameter the time response and the loss packets rate were used, comparing them with the Even Distribution for distributed systems. With RanHeuristic algorithm further information was processed in the same time period, improving delay rates in data reception, through a load distribution among two or more host processing, using randomness and a heuristic based on the best response time.

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Section: A Client-server Architecture and Distributed Systemsmentioning

confidence: 99%

Load balancing for distribuited databases access using a random heuristic algorithm

Dams

García

2014

prospect

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“…Unlike other more context independant propositions (see [5]), we want here to be able to answer tose previous questions. The answers must be automated in order to provide a dynamic adaptation of the virtual representation of the instrument depending on the context.…”

Section: User Context In the Frameworkmentioning

confidence: 99%

A Composite Web Service Supporting User Context to Provide an Adapted Remote Control of High Technology Instruments

Gravier

Fayolle

2006

Electronic Notes in Theoretical Computer Science

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In this paper, we are aiming at providing a complete, plate-form independent, framework, for the remote control of high technology instruments. This is lead by the idea of sharing resources (instruments in this use-case) between entities, each exploiting of course their own information system. Mainly, to be generic enough to satisfy the corresponding genericity of resources addressed, the sharing must be done under certain constraints, which are security, scalability, authentication, "real time" access, Multi-Platform and Multi-Users access. The purpose of the article is to discuss the possible use of Web services for the skeleton of such a generic framework, with the issue of providing an adapted service to the user depending on the context of utilization (i.e. depending on the role the user is playing in the session).

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Remote laboratory based on client-server-controller architecture

Shao-dong

Shan-an

ICARCV 2004 8th Control, Automation, Robotics and Vision Conference, 2004.

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Remote Laboratory is a laboratory for engineering education where users can do experiments over 'the Internet. This paper presents an advanced Client-Server-Controller Architecture (CSCA) which simplifies the implementation of Remote Laboratory. The proposed architecture is an all-purpose solution for setting up network-based control systems, Compared w i t h simple Client-Controller Architecture (CCA), CSCA has more functions and its instrumental compatibility is more powerful than that of conventional Client-Server Architecture (CSA). The most important feature is that the proposed architecture adopts distributed design, so the instruments for experiments can be distributed over network, and it helps to share experiments. 7803-8653-1/041$20.00 0 2004 IEEE 0-

show abstract

Open distributed control and measurement system based on an abstract client-server architecture

Cited by 4 publications

References 15 publications

Load balancing for distribuited databases access using a random heuristic algorithm

Load balancing for distribuited databases access using a random heuristic algorithm

A Composite Web Service Supporting User Context to Provide an Adapted Remote Control of High Technology Instruments

Remote laboratory based on client-server-controller architecture

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