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Course Outline

Overview of LabVIEW Fundamentals

  • Dataflow execution model and multithreading overview
  • Data types, clusters, arrays, and core concepts
  • Implementation of loops and sequence structures

Advanced Control Structures

  • Limitations of flat sequences and techniques for cycle control
  • Alternative approaches to flat sequencing
  • Error management strategies for complex architectures

Parallel and Queued State Machines

  • Development of scalable and responsive applications for government
  • State machine design patterns
  • Implementation of producer-consumer architecture

Strategic Use of Shift Registers

  • Application of shift registers for state data storage
  • Scope management and operational best practices
  • Prevention of race conditions and unintended overwrites

Advanced Data Types and Structures

  • Nested clusters and user-defined types
  • Maintenance of typedefs and structural integrity
  • Processing multi-dimensional arrays

LabVIEW to PLC Communication

  • Ethernet/IP integration with Allen-Bradley PLCs (ControlLogix/CompactLogix)
  • Data transfer for clusters and user-defined types
  • Handling multi-dimensional arrays via Ethernet/IP

Effective Utilization of Property Nodes

  • Execution timing and scope of property nodes
  • Application in UI manipulation versus hardware control
  • Mitigation of performance bottlenecks

Summary and Next Steps

Requirements

  • Demonstrated proficiency with LabVIEW and its fundamental elements
  • Comprehensive knowledge of data types, control structures, and graphical programming paradigms

Audience

  • Software engineers developing sophisticated LabVIEW applications
  • Test automation specialists integrating LabVIEW with industrial infrastructure
  • Engineers aiming to enhance and scale existing LabVIEW implementations for government projects
 14 Hours

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