Graphical System Design

Transcription

1 Graphical System Design Nancy Dib Marketing Manager

2 21 st Century Challenges Engineering Grand Challenges, NAE Advance health informatics Engineer the tools of scientific discovery Reverse-engineer the brain Provide energy from fusion Engineer better medicines Provide access to clean water Enhance virtual reality Restore and improve urban infrastructure Develop carbon sequestration methods Advance personalized learning Make solar energy economical Prevent nuclear terror Secure cyberspace 2 Manage the nitrogen cycle

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4 This is not a problem for regulators. It s for Engineers! -- Thomas Friedman 4 The earth has a fever and science and engineering must lead the way. -- Al Gore

5 Escalating Complexity Over Time 5

6 Smart Grid System 6

7 Vehicle Dynamics System 7

8 Insulin Delivery System 8

9 Dr. James Truchard CEO, National Instruments 9

10 Elements of Engineering Hardware APIs Analysis Libraries Custom User Interfaces Deployment Targets Technology Abstractions 10 Programming Approaches

11 Compatible Elements Hardware APIs Analysis Libraries Custom User Interfaces Technology Abstractions Programming Approaches 11

12 Easily Combined 12

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14 National Instruments Our Commitment We equip engineers and scientists with tools that accelerate productivity, innovation, and discovery. 14

15 Abstraction Scalable Software Abstraction System Design Platform C# C++ C Assembly Language Machine Code System Complexity 15

16 Graphical System Design Platform Invest in a platform-based approach to help you innovate faster and spend more time on research. 16

17 Empowering Research Through Software LEGO MINDSTORMS NXT the smartest, coolest toy of the year CERN Large Hadron Collider the most powerful instrument on earth 17

18 Graphical System Design A Platform-Based Approach for Research and Innovation Physics Life Sciences Measurements Large Scale Robotics. RF Medical Research Environmental Medical Research 18

19 NI LabVIEW Development Environment Front Panel Block Diagram An intuitive graphical programming environment for engineers and scientists to acquire, analyze, present, and log real-world data

20 LabVIEW Language Characteristics Dataflow Graphical Event-driven Multithreaded Object-oriented Compiled Multiplatform Multitarget Memory-managed Synchronous 21

21 LabVIEW Everywhere FPGAs Sensors Microprocessors Handheld Devices Vision Systems Portable PCs Desktop PCs PXI Industrial Controllers Programmable Automation Controllers 22

22 LabVIEW Everywhere Adopted at Over 6,000 Universities Worldwide 23

23 LabVIEW 2012 FPGA Linux Compile Worker Approximately 30% faster compilations with Linux OS Support across all FPGA compilation options Remote Machine Compilation LabVIEW FPGA Compile Farm Toolkit LabVIEW FPGA Compile Cloud Service 24

24 Code Reuse and Mobile Device Integration Access the Newest Hardware Technology Code Management and Debugging Tools All Systems. Go. New Sample Projects and Improved Examples Streamlined Application Deployment Expanded Online Training

25 LabVIEW Support for NI Linux Real-Time OS LabVIEW 2013 Real-Time Module supports developing, debugging and deploying applications to the NI Linux Real-Time OS deterministic operating system For users familiar with Linux, unlock the vast Linux ecosystem on the new CompactRIO controller Reuse C/C++ code in and alongside LabVIEW Real-Time built applications on the redesigned CompactRIO controller Freedom in Connectivity Expanded LabVIEW design flow for open web service creation Secure file transfer with WebDAV Improved network interface 28

26 Training Path 29

27 Limited Processing and Display Disparate Driver APIs Custom Signal Conditioning Restricted Hardware Fixed Functionality Software Ultimate System Design Platform LabVIEW delivers all the tools you need to move from research to innovation faster. 30