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Matej Krajnc - National Instrumentsaustralia.ni.com/sites/default/files/Innovating in a platform based... · ni.com 5 Our Mission We equip engineers and scientists with tools that

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Matej Krajnc Managing Director of NI Oceania

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The National Academy of Engineering Grand Challenges

Engineering the Tools of Discovery

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Fostering Discovery

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Our Mission We equip engineers and scientists with tools that accelerate productivity, innovation, and discovery.

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Earliest Known Watch – 1530

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Instruments Physical Embedded Systems

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Virtual Instruments Platform-Based Embedded Systems

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A Platform Revolutionizes Your Approach to Solutions

Leve l GPSW ris t W atch Compute rs Te lev is ion Mus ic P laye r Smar t Phones E-Readers

Desk top and Laptops

iPad iPhone iPod

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Graphical System Design A platform-based approach for measurement and control

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To Equip Engineers and Scientists

To Solve Grand Challenges

To Inspire

Future Innovators

To Equip Engineers and Scientists

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Evolution of Instrumentation

1965

Hewlett Packard

Transistors

(Integrated Circuits)

2010

National Instruments

Software

1920

Vacuum Tubes

General Radio

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Realizing Our Vision for Instrumentation

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Realizing Our Vision for Instrumentation Graphical System Design

World’s First Vector Signal Transceiver –

a Software-Designed Instrument

DUT Control Power Level Servoing

Protocol Aware ATE

Vector Signal Analyzer

Frequency Triggering

Test Sequencing

Frequency Domain Averaging

Noise Correction

Software Defined Radio

Channel Emulation

Vector Signal Generator

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Analog Input

Analog Output

Digital I/O

Custom I/O

Processor FPGA

Realizing Our Vision for Instrumentation Graphical System Design

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Announcing

NI cRIO 9068

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The Redesigned CompactRIO

NI LabVIEW System Design Program with LabVIEW Real-Time and LabVIEW FPGA modules Quickly port existing LabVIEW applications

Ultra Rugged

-40 to 70° C operating temperature range 50 g shock and 5 g vibration tolerance

High Throughput and Performance Dual-Core ARM 667 MHz processor Xilinx 7 Series FPGA fabric with 85k logic cells 16 DMA FIFO channels for data streaming

Community and Code Reuse

NI Linux Real-Time Operating System Integrate existing applications and libraries Develop, debug, and deploy C/C++ code

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The New cRIO-9068

667 MHz Dual-Core ARM Processor

512MB DDR3 RAM

1GB Storage

Artix-7 FPGA1 2x Gigabit Ethernet

RS-232

RS-485

31.3cm* USB 2.0 -40 to 70° C Operating Temperature 5g Vibration, 50g Shock Tolerance

9-30 VDC Dual Input

1 FPGA Specifications: 85K Logic Cells, 560KB Block Ram, 220 Multipliers * 31.3cm x 10.1cm x 3.4cm

8x C Series IO

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cRIO-9002 cRIO-9004 cRIO-9072 cRIO-9074 cRIO-9075 cRIO-9076 cRIO-9012 cRIO-9014 cRIO-9024 cRIO-9025 cRIO-9081 cRIO-9082

LabVIEW Programmed NI CompactRIO

cRIO-9068

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Demo 1

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Customers – Rugged Test Situation • Test environments where PXI is

not environmentally suitable

Care Abouts • Environmentally rugged hardware

• Quality measurements so tests do not need to be repeated

Issues with Current Offering- • Need for large signal conditioned

channel counts

• PXI is not rugged enough

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Announcing

NI cDAQ 9188XT

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NI cDAQ-9188XT Rugged 8-Slot Ethernet Chassis

Hardware Specifications • -40 to 70 deg C • 5g Vibration • 50g Shock

Industry Certifications • Hazardous Location Certifications (UL - Class 1 Div 2 and Ex)

Software Specifications • Watchdog Timer (AO, DO, CO user programmable fail-safe states)

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Stream continuous waveforms up to 1 MS/s per channel with NI Signal Streaming

Measure up to 256 channels in a single chassis

Four advanced 24-bit counters built-in

Intra and inter-device synchronization

NI CompactDAQ Key Features Run up to 7 HW-timed I/O

tasks at different rates with NI-STC3 technology

Auto-detect C Series modules

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To Inspire Future Innovators

To Solve Grand Challenges

To Equip Engineers and Scientists

To Inspire

Future Innovators

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Bridging the Gap Between Theory and Practice

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Announcing NI myRIO

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Xilinx Zynq SoC (Artix-7 FPGA

and dual-core ARM Cortex-A9)

Two 34-pin headers

Onboard 3-axis

accelerometer

User-defined button

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Control, Robotics, and Mechatronics

Student Design

Embedded Systems

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C/C++ Programming

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To Solve Grand Challenges

To Solve Grand Challenges

To Equip Engineers and Scientists

To Inspire

Future Innovators

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Petawatt Laser

University of Texas, Austin

300 J

diagnostic

diagnostic

dia

gn

ost

ic

dia

gn

ost

ic

dia

gn

ost

ic

dia

gn

ost

ic

dia

gn

ost

ic

oscillator FR

PC Dazzler

FR

BBO BBO BBO 1-5 mJ

500 mJ

BBO BBO

1J

100 mJ

200 mJ

1.2J pump laser

4J pump laser .8 J

3 J

>200 J 150 fs

KDP

Ti:sa

30 J

1 J

DFM

4 passes

315-mm disk amps phosphate

64-mm rod amp sillicate

4 passes

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Isochoric Heating

250 µm

10 µm foil

10 µm foil

Wakefield Acceleration Above a GeV Petawatt Pulse

100 J 100 fs

f/# ~ 200

Relativistic electrons generated by wave-

breaking or injection pulse Differentially pumped

gas cell (or gas jet)

2 w0 ≈ 400 µm

a0 ~ 401 Wakefield

λP ≈ 65 µm

Fusion Neutron Generation

Exploding clusters

Fusion between fast ions or in

collar

Deuterium (or DT) collar

Average density ~1019 – 1020 cm-3

Gas jet

Deuterium (or DT) clusters

Short pulse laser focused into clusters

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British Antarctic Survey

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British Antarctic Survey – Bedmap 2

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Create Shared Value for Sustainable Success

To Solve Grand Challenges

To Equip Engineers and Scientists

To Inspire

Future Innovators

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Thank You!

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Thank you to our Media Partners

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Highlights from Today’s Agenda

• 12 Technical Sessions

• Dual Tracks

• 3 Hands-on Sessions

• Variety of sessions to suite the diversity in your application interests and experience with NI tools

• 2 Guest Case Study Presentations

• Customer Education Booth

• Free Certification (CLAD) Exams

• Exhibitions Area

• Demo Stations

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Guest Speakers from NI, Industry and Academia

Brett Burger

Senior Product Manager - Embedded Systems

National Instruments

Prof. Daniel Shaddock Department of Quantum Science, Research School of Physics and Engineering, The Australian National University

Royce Tosen Principal Adviser - Cave Management Underground Technology Centre Technology & Innovation Rio Tinto

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Local NI Engineers Presenting Today

David Ore

District Sales Manager – NSW and ACT

Rejwan Ali

Technical Marketing Engineer

Raja Pillai

Applications Engineering Specialist

Manoj Kuntamukkala

Applications Engineer

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Exhibitors

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NI Autonomous Robotics Competition 2013 UTS Robotics Society

• One of the 16 finalists of the competition

• Supervisor: Dr. Sarath Kodagoda

• 2013 NI ARC Winner - Best Robot Design Award

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Additional Items:

• Mobile Devices

• Feedback Forms

• Copies of today’s presentations

• Prize Draw: LEGO® MINDSTORMS® EV3

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9:00 Keynote Presentation: System Design for the 21st Centrury

Matej Krajnc - Managing Director, National Instruments Oceania

9:45 What's New in LabVIEW 2013

David Ore, District Sales Manager, National Instruments Oceania

10:30 Morning Tea

Track 1 Track 2

10:50 Exploring the RIO Architecture and Introducing the Newest Member of the CompactRIO Family

Brett Burger, Senior Product Manager - Embedded Systems, National Instruments (Hands-on) Building Automated Test Systems with TestStand and Switch

Executive Manoj Kuntamukkala, Applications Engineer, National Instruments Oceania

11:35 Guest Case Study- Innovation in your area

Royce Tosen, Principal Adviser, Cave Management, Rio Tinto

11:50 Building High Performance Embedded Applications using FlexRIO

Raja Pillai, Applications Engineering Specialist, National Instruments Oceania

12:30 Lunch

13:15 Building High Performance Automated Test Systems

David Ore, District Sales Manager, National Instruments Oceania (Hands-on) Introduction to LabVIEW & Computer Based Measurements

Manoj Kuntamukkala, Applications Engineer, National Instruments Oceania

13:55 Guest Case Study - LabVIEW FPGA Prototyping for Space-based Instruments.

Prof. Daniel Shaddock, Dept of Quantum Science, Australian National University

14:10 Instrumentation Redefined - Exploring the Architecture and Capabilities of the NI Vector Signal Transceiver for RF &

Wireless Test Raja Pillai, Applications Engineering Specialist, National Instruments Oceania

Choosing the Right Data Acquisition System for your Application Rejwan Ali, Technical Marketing Engineer, National Instruments Oceania

14:55 Afternoon Tea

15:05 Integrating .m, .mdl and Real-Time Hardware for Math,

Signal Processing & Control Brett Burger, Senior Product Manager - Embedded Systems, National Instruments

(Hands-on) LabVIEW Data Management and Postprocessing Rejwan Ali, Technical Marketing Engineer,

National Instruments Oceania

15:50 Wrap Up

16:00 Academic Session - Unleash the Next Generation of System Designers

Rejwan Ali, Technical Marketing Engineer, National Instruments Oceania Free Certified LabVIEW Associate Developer Exams

17:00 Finish

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Graphical System Design A platform-based approach for measurement and control

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To Equip Engineers and Scientists

To Solve Grand Challenges

To Inspire

Future Innovators

To Equip Engineers and Scientists

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After the Symposium

• Download the event presentations

• Access additional resources

• Speak with your local NI Consultant and/or schedule an onsite consultation