• • Researchers use LabVIEW to Create Fully Autonomous Robot
• • Sensor Simulation on FPGA Hardware
• • Programming Strategies for Multicore Processing: Pipelining
• • New LabVIEW Statechart Module Powers Software Design 
• • Webcast: Harness Multicore Performance with LabVIEW

Programming Strategies for Multicore Processing: Pipelining
Explore pipelining, a technique you can use to gain a performance increase on a multicore CPU when running an inherently serial task. With structures familiar to LabVIEW developers, such as shift registers and feedback nodes, your applications can incorporate pipelining with minor code changes. 
Learn more >>

Prevent Cross-Linking with the LabVIEW Project
See how LabVIEW 8.5 helps you prevent cross-linking, which occurs when a VI in memory references a different subVI than the one it was last saved with.
Learn more >>

Build versus Buy - Understanding the Total Cost of Embedded Design
Explore the two options for developing a new embedded controller – build or buy – as well as the technical and financial risks associated with both.
Learn more >>

Example Code: A Reference Application for Local Machine Control
Generate pseudo-random numbers using virtual instrumentation and a linear-feedback shift register algorithm in the LabVIEW FPGA Module.
Download this example >>

Example Code: Cannons Game Using Object-Oriented Programming
The Cannons game demonstrates the use of LabVIEW built-in, object-oriented support and emphasizes the use of encapsulation and modularity. It incorporates a picture control for basic animation of a battlefield and tanks.
Download this example >>

Webcast: Harness Multicore Performance with LabVIEW Graphical Programming
Examine the trend toward multicore processor-based systems and explore how LabVIEW software can increase multicore system performance without the need to understand the intricacies of parallel hardware.
View this webcast >>

Webcast: Designing Applications with the LabVIEW Statechart Module
Learn how you can use the new LabVIEW Statechart Module to create advanced state machines that include hierarchy and concurrency to design event-based tasks such as user interfaces and state-based control.
View this webcast >>

Join the Next LabVIEW Virtual User Group
The next LabVIEW virtual user group meeting focuses on programming multicore processors with LabVIEW. Attendees can discuss automatic multithreading in LabVIEW, optimization techniques such as data parallelism and pipelining, and debugging tools. 
Join now >>

Webcast: PXI Express and the PXI Platform
Learn about the PXI Express specification and how it enhances the PXI platform by providing high-performance features including increased bandwidth and improved synchronization with backward compatibility.
View this webcast >>

Find events in your area