Objective | How LabVIEW makes you Better | Features | Applications | Case Studies |

Objective:

To achieve sustained excellence and leadership by introducing innovative techniques of computer based design, analysis, measurement and control.

• Human mind can build a virtual world using NI LabVIEW Instruments.


• NI hardwar provides easy-to-use solutions for a wide variety of applications from simple data logging to high performance industrial control, embedded design...


• NI sofware programming environment provides integration with real-time systems.


• From taking simple temperature measurements to controlling the world’s largest particle accelerator, engineers and scientists use the LabVIEW graphical system design platform to meet a wide range of application challenges.


• You can also incorporate new LabVIEW projects into your systems because LabVIEW connects to virtually any measurement device and design tool.

Faster Programming

Graphical Programming: Program with drag-and-drop, graphical function blocks instead of writing lines of text.

Dataflow Representation: Easily develop, maintain, and understand code with an intuitive flowchart representation.

Data Display and User Interfaces

Built-In Controls: Interact with data using hundreds of drag-and-drop controls, graphs, and 3D visualization tools.

Custom Controls: Easily customize the position, size, and color of built-in controls or create your own in seconds.

Multicore Programming

Automatic Multithreading: Handle large data sets and complex algorithms faster because LabVIEW inherently runs on multiple threads.

Execution Highlighting: Easily optimize code for parallel execution using built-in debugging and visualization tools.

Hardware Integration

I/O and Communication: Connect to any instrument or sensor with built-in libraries and thousands of instrument drivers.

Plug-and-Play Hardware: Seamlessly integrate NI plug-and-play devices for USB, PCI, PXI, Wi-Fi, Ethernet, GPIB, and more

Multiple Targets and OSs

FPGAs and Microprocessors: Target various embedded architectures, including ARM microcontrollers and FPGAs, with the same graphical approach

Data Storage and Reporting

 File I/O Designed for Engineering Data: Focus on your data and not converting formats with built-in support for a wide variety of file types

Flexible Reporting Tools: Share your results by generating reports from your acquired data

Advanced Analysis

Built-In Analysis: Access thousands of engineering-specific functions such as frequency analysis, curve fitting, and more

Inline Signal Processing: Interact with measurements and perform inline analysis in real time on acquired signals

Acquiring Data and Processing Signals

• Measure any sensor on any bus

• Perform advanced analysis and signal processing

• Display data on custom user interfaces

• Log data and generate reports

Automating Test and Validation Systems

• Automate the validation or manufacturing test of your product

• Control multiple instruments

• Analyze and display test results with custom user interfaces

Designing Embedded Systems

• Reuse ANSI C and HDL code

• Integrate off-the-shelf hardware

• Prototype with FPGA technology

• Access specialized tools for medical, robotics, and more

• Instrument Control

• Automate data collection

• Control multiple instruments

• Analyze and display signals

Industrial Measurements and Control

• Acquire high-speed measurements

• Easily implement PID and advanced control

• Connect to any system or programmable logic controller

• Implement mechatronics,machine design with application-specific tools

Academic Teaching and Research

• Apply an interactive,hands-on approach to learning

• Combine algorithm design with real-world data measurements

• Increase application performance with multicore processing.

• Serimax (Malayasia)

• Japan Aerospace Exploratory Agency

• University College London

• Lear Corporation

• Supreme Electrical Services, Inc