remote laboratories for control engineering: an architecture oriented state-of-the-art

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Remote Laboratories for Control Engineering: An architecture oriented state-of-the-art. Oscar E. Cala W.

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Remote Laboratories for Control Engineering: An architecture oriented state-of-the-art. . Oscar E. Cala W. The problem. Remote Lab 1. Remote Lab 1. Remote Lab 1. Remote Lab 1. Remote Lab 1. Remote Lab 1. Remote Lab 1. Lack of reusability Lack of Scalability - PowerPoint PPT Presentation

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Page 1: Remote Laboratories for Control Engineering: An architecture oriented state-of-the-art

Remote Laboratories for Control Engineering: An architecture oriented state-of-the-art.

Oscar E. Cala W.

Page 2: Remote Laboratories for Control Engineering: An architecture oriented state-of-the-art

The problem

Remote Lab 1Remote Lab 1

Remote Lab 1Remote Lab 1

Remote Lab 1Remote Lab 1

Remote Lab 1

Remote Lab 1Remote Lab 1

Remote Lab 1

Remote Lab 1Remote Lab 1

Remote Lab 1Remote Lab 1Remote Lab 100

• Lack of reusability• Lack of Scalability• Lack of Modularity

Page 3: Remote Laboratories for Control Engineering: An architecture oriented state-of-the-art

Software Architecture

Module A Component B

Layer C

Module C Technology D

Service D

Page 4: Remote Laboratories for Control Engineering: An architecture oriented state-of-the-art

«Meta» «Abstract» Software Architecture

?

?

?

?

?

Page 5: Remote Laboratories for Control Engineering: An architecture oriented state-of-the-art

Instantiating the Architecture according restrictions

IIS

ASPX

LINUXPYTHON

ActiveX

Page 6: Remote Laboratories for Control Engineering: An architecture oriented state-of-the-art

Common Restrictions

$. Money

Time

infraestructu

Page 7: Remote Laboratories for Control Engineering: An architecture oriented state-of-the-art

Instantiating the Architecture according restrictions

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