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LabVIEW Networking: Simplifying Computer Communication for Real-Time Data Analysis

Explore how LabVIEW revolutionizes data transmission by enabling computers to "talk" and analyze real-time data effectively. Learn the basics of networking using LabVIEW in science and engineering applications.

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LabVIEW Networking: Simplifying Computer Communication for Real-Time Data Analysis

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  1. Networking with LabVIEW

  2. Introduction • To put it in simple terms, networking focuses on how to make computers “talk” to each other.

  3. Problem Definition • In the field of science and engineering, the collection and analysis of real-time data on simulations or experiments is essential.

  4. Problem Definition • However, as essential as collecting data is if you cannot analyze data on site you should transmit it somewhere else.

  5. Description of Technology • What is a Laboratory Virtual Instrument Engineering Workbench (LabVIEW)?

  6. Description of Technology • LabVIEW was created by James Truchard, Jeffrey Kodosky, and William Nowlin.

  7. Description of Technology • LabVIEW is unlike any other programming language because it is graphical. • Due to its nature LabVIEW is made out of the front panel (interface) and the block diagram (code).

  8. Front Panel

  9. Block Diagram

  10. Program Example • Data acquisition. • Delivery and request of data. • Use of “data socket” or “TCP/IP” modules. • LabVIEW runtime engine.

  11. Conclusion • Due to its method of programming, LabVIEW has made a breakthrough of how common programming problems (networks) can be solved. • By being able to interface with other programming languages, LabVIEW can have added functionality which makes it even more useful.

  12. Sources • Robert H. Bishop, Learning With LabVIEW 6i, Upper Saddle River, New Jersey, 2001. • My brain.

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