Custom Audio Electronics | TPTCM | Sensor/Signal

Sensor/Signal
Contest is Now Open!
Submit your most innovative solution for test, measurement and automation to the 2013
NI ASEAN Graphical System Design Achievement Awards – the technical paper contest
that showcase the most innovative use of graphical system design from students,
academics, researchers and industrial engineers.
If you think your application is technically challenging, beneficial and it is an
excellent showcase of computer or network based measurement and
automation, what are YOU waiting for?
Submit your most innovative application to us today!
Contest is Now Open!
Contest Segment
Industry
Academic
Awards Category:
Special Award of the Year
 1 Winner
 1 Honorary Mention
 1 Winner
 1 Honorary Mention
 Best Innovation in Biomedical &
Pharmaceutical Applications
 Editor’s Choice
 Best Innovation in Renewable
Energy
 Best Innovation in Robotics
 Best Innovation in Wireless
Technology Applications
Visit www.ni.com/asean/gsdawards for more details
* All participants will be awarded a Certificate of Participation and a “Thank You” Kit
Just submit a video together with your paper exemplifying your technical application, and you will be
rewarded with an Additional BONUS GIFT!
Contest is Now Open!
Paper Submission Closing Date
Finalists Announcement
Results Announcement
07 June 2013
(Friday)
28 August 2013
(Wednesday)
3 October 2013
(Thursday)
 Contest Submission Forms are available at:
Download : www.ni.com/asean/gsdawards
Email : asean.info@ni.com
 Get your copy today!
Singapore
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LabVIEW và Nền Tảng Giảng Dạy &
Nghiên Cứu Đo Lường, Điều Khiển,
Tự Động Hóa và Viễn Thông
Đại học Kỹ Thuật Công Nghệ TP. HCM - HUTECH
TP. HCM, ngày 03/04/2013
Phạm Quốc Hùng
Kỹ sư hệ thống
Tel: 09 32 52 92 88
Email: quochung.pham@ni.com
Website: http://vietnam.ni.com
Địa chỉ: Phòng 1903A, 72-74 Nguyễn Thị Minh Khai, quận 3, TP. HCM
Toll-Free: 1800 585837
Agenda
• Overview of National Instruments
• LabVIEW and Its Applications
• PC-based Measurement and Control
Technologies
• NI Platforms for Teaching and Research
• Conclusions
National Instruments – Our Commitment
We equip engineers and scientists with tools that
accelerate productivity, innovation, and discovery.
7
National Instruments – Our Stability
Revenue: $1.14B USD in 2012
Global Operations: ~6,200
employees; operations in more
than 40 countries
Broad customer base: More
than 35,000 companies served
annually
Diversity: No industry >15% of
revenue
Culture: Ranked among top 25
multinational companies to
work for worldwide by
FORTUNE Magazine and the
Great Places to Work Institute
$1,200
Long-term track record of growth and
profitability
$1,000
$800
$600
$400
$200
$0
'77 '79 '81 '83 '85 '87 '89 '91 '93 '95 '97 '99 '01 '03 '05 '07 '09 '11
8
National Instruments – What We Do
Graphical system design combines graphical
programming software with modular hardware,
leveraging the latest technologies
Low-Cost Modular Measurement
and Control Hardware
Productive Software
Development Tools
9
Highly Integrated
Systems Platforms
Empowering Users Through Software
Providing unique differentiation and preserving investments
Video
LEGO® MINDSTORMS®
NXT
SpaceX
“first private space company flew to
ISS”
“the smartest, coolest toy
of the year”
10
Graphical System Design
A Platform-Based Approach for Measurement and Control
Test
Desktops and
PC-Based DAQ
Monitor
Embedded
PXI and Modular
Instruments
Control
RIO and Custom
Designs
11
Cyber Physical
Open Connectivity
with 3rd Party I/O
National Instruments in Academia
12
National Instruments in Industry
We serve more than 35,000 companies annually
13
Direct Operations in More than 40 Countries
Global team of technical sales
engineers
Systems engineers to assist
with reference and application
designs
Local technical support
worldwide
World class NI Services
600+ Alliance Partners
worldwide
14
Agenda
• Overview of National Instruments
• LabVIEW and Its Applications
• PC-based Measurement and Control
Technologies
• NI Platforms for Teaching and Research
• Conclusions
A Highly Productive Graphical Development Environment for Engineers and Scientists
APIs and Drivers
Analysis Libraries
Custom User Interfaces
Deployment Targets
Technology Abstractions
Programming Approaches
16
The LabVIEW Environment
Front Panel – User Interface
Block Diagram – Program Logic
17
Choose Your Analysis Approach
LabVIEW has over 600 built-in analysis functions
Express VIs
Standard VIs
Configuration
Oriented
LabVIEW MathScript
Textual Math
18
LabVIEW Has Built-in Engineering Libraries
•In-line
and off-line analysis and control
Signal processing
• Analysis and filtering
• Complex math
• PID
• Vision
• Motion
•
19
LabVIEW Easily Connects to Hardware I/O
More than 10,000 instruments from over 350
vendors
PCI, PCI Express (PCIe), PXI, PXI Express (PXIe),
USB, Ethernet, serial, GPIB, and CAN devices
Modular data acquisition hardware from DC to
26.5 GHz
Motion control stages
Cameras
Hundreds of PLCs
20
Video
MIT Students Use LabVIEW and CompactRIO to Design and
Implement a Dynamic Output Feedback Controller
Challenge: Giving students the tools to implement control designs on
real-world hardware, including a simulation environment for prototyping
and validating their controllers to help overcome the challenges of
moving from theory to practice.
Solution: Using NI LabVIEW software and CompactRIO hardware as a
control platform to design and prototype controllers in simulation and
implement them in real-world systems using a unified software
architecture that easily takes students from the simulation environment
and with a toggle switch on the LabVIEW front panel to deploy their
controller to the physical hardware.
Products: CompactRIO, LabVIEW Real-Time Module, FPGA Module,
MathScript RT Module, Control Design and Simulation Module, LabVIEW
“Overall, the LabVIEW framework gave students the freedom to take greater control of the hardware
controller design process.” - Professor Jonathan How - Massachusetts Institute of Technology
http://sine.ni.com/cs/app/doc/p/id/cs-13446
21
Developing a Low-Cost Computer Numerical Controller Using NI
Motion Controllers and NI LabWindows™/CVI Software
http://sine.ni.com/cs/app/doc/p/id/cs-13821
Challenge: Creating a low-cost computer
numerical controller (CNC) system with
extremely high speed and accuracy for use in
industrial shipyards around the world.
Solution: Using NI motion controllers and NI
software to build a flexible, low-cost system to
meet a variety of customer specifications.
"By using an NI motion controller and taking advantage of extensive NI customer support, we
created software which makes the CNC less expensive, easy to install, and widely applicable in our
industry."
– Khanh Phan Van, Institute of Applied Mechanics and Informatics
23
24
Boeing: Flyover Test
448-channel Microphone Array
200 Hz
Airframe Noise
400 Hz
Inlet Noise
25
427 Channels
102.4 kS/s
300 ft.
405 Low Cost
Microphones
300 ft.
8x 200m Fiber
26
Agenda
• Overview of National Instruments
• LabVIEW and Its Applications
• PC-based Measurement and Control
Technologies
• NI Platforms for Teaching and Research
• Conclusions
What is Data Acquisition (DAQ)?
28
Components of DAQ System
29
Components of DAQ System
Sensor
or
Signal
30
Sensor/Signal
DAQ Hardware
Computer
Sensor Overview
Physical
Phenomena
Signal
Transducer or
Sensor
Converts physical phenomena into
a measurable electrical signal.
31
Sensor/Signal
DAQ Hardware
Sensor Examples
Phenomena
Temperature
Light
Sound
Force and Pressure
Position and Displacement
Fluid
pH
Transducer/Sensor
Thermocouples
Resistive Temperature Devices (RTDs)
Thermistors
Vacuum tube
Photo sensors
Microphone
Strain gages
Piezoelectric transducers
Potentiometers
Linear voltage differential transformer
Optical encoder
Head meters
Rotational flowmeters
pH electrodes
32
Computer
Sensor/Signal
DAQ Hardware
Computer
Signal Conditioning
Signal
Conditioning
Noisy, Low-Level
Signal
Filtered, Amplified
Signal
Signal Conditioning improves a signal that is difficult for
your DAQ device to measure
Signal Conditioning is not always required
33
Sensor/Signal
DAQ Hardware
Signal Conditioning Examples
Transducer/Signals
Signal Conditioning
Thermocouples
Amplification, Linearization, ColdJunction Compensation
RTD (Resistance Temp.
Detector)
Current Excitation, Linearization
Strain Gauge
Voltage Excitation, Bridge
Configuration, Linearization
Common Mode or High
Voltage
Isolation Amplifier
Loads requiring AC Switching
or Large Current Flow
Electromechanical Relays or SolidState Relays
High Frequency Noise
Low-Pass Filters
34
Computer
Components of DAQ System
DAQ Hardware
35
Sensor/Signal
DAQ Hardware
The Three R’s of Data Acquisition
Resolution
Range
Rate
Original Waveform
6-bit Resolution
3-bit Resolution
36
Computer
Sensor/Signal
DAQ Hardware
Computer
The Three R’s of Data Acquisition
Resolution
Range
Rate
Original Waveform
Range
Of
10V
2Vto
to-10V
-2
3-bit Resolution
37
Sensor/Signal
DAQ Hardware
The Three R’s of Data Acquisition
Resolution
Range
Original
Sampling
Sampling
Waveform
Rate
Rate == 100
25
11
(10Hz)
Hz
Hz
38
Rate
Computer
NI DAQ Platforms
Video
One application, multiple
targets
Wireless
USB
PCI/PCIe
CompactDAQ
39
PXI/PXIe
Oil Wells Vibration Monitoring for Vietsovpetro
Applications: Vietsovpetro wants to
drill more oil wells between existing
wells to maintain output level when
some existing wells are depleted.
This system is to monitor the
vibration during drilling to alert
operator if drilling shaft is about to
touch the existing wells. System
was developed by NI partner AIC.
http://sine.ni.com/cs/app/doc/p/id/cs-14201
40
Programmable Automation Controller (PAC)
Ruggedness and reliability of PLC
Software capabilities of PC
Modular and diverse I/O
Optimized for measurements
41
Video
NI PACs
PXI Industrial Controllers
High speed, high channel density, I/O variety
Compact RIO
High speed, low level customization
NI Smart Cameras
Compact and distributed machine vision
NI Wireless Sensor Network
LabVIEW
& Real-Time
Long-term wireless measurement
HMIs and Industrial Screens
Add communication to PACs
42
Video
Introduction to CompactRIO
Embedded Monitoring and Control System
Open Embedded System
•
•
Inline, real-time, data processing
Customizable data acquisition, control
C Series I/O modules
Rugged
Reliable Standalone
Operation
43
NI CompactRIO Architecture
I/O
Reconfigurable FPGA
I/O
I/O
I/O
I/O
I/O
Real-Time
Controller
Real-Time Processor
I/O
Industrial I/O Modules
Connectivity
I/O
Signal
Conditioning
ADC

• Industrial I/O Modules with built-in signal conditioning for direct
connection to industrial sensors/actuators
• Reconfigurable FPGA for high-speed and custom I/O timing, triggering,
control
• Real-Time Processor for deterministic, stand-alone operation and
advanced analysis
44
CompactRIO Connectivity
Ethernet TCP/IP
FTP Server
Web Server
USB Storage
RS-232/RS-485
Analog
Camera
Interface*
CompactRIO
GPS
GSM/GPR
S*
3G
ZigBee*
CAN
RS-232
RS-485
PROFIBUS
Removable
SD Memory
Cards
More than 100 modules
and growing!
Sensors & Actuators
(Analog and Digital I/O)
45
Motion
Control /
Motor
Drive* 3rd party module examples
Over 100 C Series I/O Modules
Analog Input
Up to 1MS/s, simultaneous
sampling
― 4, 8, 16, and 32-ch options
― Built-in signal condition for sensors•
―
― Strain
gages, accelerometers,
thermocouples, RTDs
―
―
―
Digital I/O
―
―
Up to ± 300 VRMS, ±5ARMS
12, 16 and 24-bit resolution
Available ch-to-ch isolation
―
―
Up to 10 MHz timing
Counter/timer, PWM
8 and 32-channel options
5V/TTL, 12/24/48/60 V logic levels
• Specialty
Analog Output
Up to100 kS/s simultaneous
updating
― Up to 16-ch per module
― 10 V, ±20 mA
― Isolation
―
―
―
2-port CAN modules
Brushed DC servo motor drive
• Third Party Modules
―
46
LIN, Profibus, WLAN, MIL-1553,
ARINC-429, GPS, and more
LabVIEW Robotics
Deployment to
embedded real-time
and FPGA hardware
Connectivity to
sensors and
actuators from top
vendors
Image processing
and acquisition
libraries
Algorithms for
navigation and path
planning
JAUS, I2C, SPI, and
Ethernet protocols
for communication
Steering and
kinematics
algorithms
47
ni.com/robotics
LabVIEW Robotics
IP for sensing, navigation,
motion control and more
High-level graphical
programming environment
Deployment to Real-Time
and FPGA hardware
Connectivity to sensors
and actuators from top
vendors
Tools for integrating
text-based algorithms
Examples of real-world
applications
48
ni.com/robotics
LabVIEW Robotics
Sense
Quickly retrieve data from popular
robotics sensors such as LIDAR, GPS,
IMU, compass, infrared, cameras,
thermal, light, sonar and encoders
Think
Utilize building blocks for common
navigation and path planning
algorithms such as Voronoi, Vector
Field Histogram (VFH), A* and AD*
Act
Control mobile robots with steering
functions and robotic arms with
kinematics functions. Connect to a
variety of motors using built-in drivers.
49
ni.com/robotics
Video
Video
NI LabVIEW Robotics Starter Kit (DaNI) for Education
50
52
Video
High-Performance Smart Cameras
Intel Atom
(x86) processor
Includes
Vision Builder
software
Real-Time
Operating System
Direct Drive Lighting
512MB DDR2 RAM
Heat Sink
For power dissipation
Industry standard
mounting holes
IP67 Rating
(water-proof,
dust-proof)
Power & I/O
4 inputs
4 outputs
1 dedicated trigger
Lens cover
M12 Connectors
RS-485 (gigabit ethernet)
53
USB & VGA
Agenda
• Overview of National Instruments
• LabVIEW and Its Applications
• PC-based Measurement and Control
Technologies
• NI Platforms for Teaching and Research
• Conclusions
NI ELVIS
Multidisciplinary Teaching
& Engineering Platform
NI ELVIS II | Hardware Specifications
Oscilloscope
 16-bit resolution
 1.25 MS/s single channel,
500kS/s two channel
aggregate
 1 to 1.5 MHz Bandwidth
 1x and 10x probe
 ±10 V input range
 AC/DC coupling
Internal Circuit
Protection
 Resettable fuses
USB Connectivity
 Plug-and-play
capability
 USB 2.0 Connection
Function Generator
 10 bit, ±5V range
 0.2 Hz to 5 MHz Sine
 0.2 Hz to 1 MHz
Triangle/Square
 Software or manual
control
 BNC or prototyping
board connection
Digital Multimeter
 Isolated measurements
 5½ digit resolution
 60 VDC, 20Vrms, 2 ADC, 2
Arms, 100MΩ
57
NI ELVIS II+ Hardware | Oscilloscope
Oscilloscope
 100MS/s Sampling
Rate
 50MHz Bandwidth(3dB)
 8-bit resolution
 ±20 V max. input
range
 AC/DC/GND coupling
 20MHz Optional
Noise Filter
 1x and 10x probes
 BNC connection
58
NI ELVIS II | Hardware Specifications
Integrated DAQ
 AI sampling rate 1.25 MS/s
single channel, 500kS/s two
channel
 16-bit resolution
 AO 2.8 MS/s update rate
 24 DIO lines,15 PFI, 2 CTR
Impedance Analyzer
 0.2 Hz to 35 kHz Range
 NPN, PNP, Diode
Other Analyzers:
 Bode Analyzer
 2-wire Current Voltage
Analyzer
 3-Wire Current Voltage
Analyzer
Prototyping Board
Variable Power Supply
 Updated connections
 Detachable
 User-defined Banana
Plugs, BNC, D-Sub
connectors
 10-bit resolution
 0 to +12V, 0 to -12V
 500 mA current range
59
NI ELVISmx Driver | Software Specifications
•Ready-to-use
instruments – Soft Front Panels
•Customizable instruments
60
NI ELVISmx Driver | Software Specifications
•NI
LabVIEW Express VIs
•NI DAQmx API
•NI LabVIEW SignalExpress
61
Controls and Mechatronics
Telecommunications
NI ELVIS Platform
Circuits and Measurements
Digital Electronics
Embedded Design
62
Teaching | Measurements
Analog Protoboard connector
Digital Protoboard connector
more than 50 sensors
• Hand Dynamometer
• Heart Rate Monitor
• pH sensor
• and more…
Program with NI LabVIEW
63
NI ELVIS | Controls & Mechatronics Plants
QNET-011 Rotary
Inverted Pendulum
NEW! QNET-013 VTOL
1DOF Helicopter Plant
QNET-012 HVAC
Trainer
NEW! QNET-014 Mechatronics
Sensors 1 Board
QNET-010 DC Motor
Control Trainer
NI ELVIS | Circuits
National Instruments
Electronics Education
Platform
• NI ELVIS
• NI Multisim
• NI LabVIEW
NI Electronics Education Platform
Electronics Education Platform
66
Teaching | Circuit Design Flow
Step 1: Capture,
Simulate and improve a
design in NI Multisim
Step 5: Customization and
complex analysis with LabVIEW
Step 2: Pre-lab in 3D
breadboarding environment
Step 3: Build circuit
and make measurement
with NI ELVIS
Step 4. Compare simulated data and real
measurements
67
NI ELVIS | Digital Electronics FPGA
National Instruments
Digital Electronics FPGA
NI ELVIS | Embedded MCU
Freescale HCS12
SLK
NI ELVIS | Telecommunications & Fiber Optics
Emona FOTEx ETT-203
Emona DATEx ETT202
DATEx | Telecommunication
Telecommunications Trainer Board
•
LabVIEW Soft Front Panels
•
Based on Block Diagram modeling
•
Courseware Included (30 Experiment)
Example Labs
•
AM, DSB & FM
•
BPSK, QPSK, QAM
•
FSK, ASK, Sampling
•
PCM & Line Codes
•
Intro to Software Defined Radio
71
Analog Communications Labs
1.
2.
3.
4.
5.
6.
7.
Amplitude Modulation
(AM)
Double Side Band (DSB)
Single Sideband (SSB)
Phase Modulation (PM)
Phase Division
Modulation (PDM)
Frequency Modulation
(FM)
Pulse Amplitude
Modulation (PAM)
8.
9.
10.
11.
12.
13.
72
Pulse Width Modulation
(PWM)
Speech and audio
messages
Superheterodyne
principles
Carrier acquisition using
PLL
Signal to Noise Ratio
(SNR)
Quadrature Amplitude
Modulation (QAM)
Digital Communications Labs
14.
15.
16.
17.
18.
19.
20.
21.
Pulse Code Modulation
(PCM)
Time Division Multiplexing
(PCM-TDM)
Amplitude Shift Keying
(ASK)
Binary Phase Shift Keying
(BPSK)
Frequency Shift Keying
(FSK)
Introduction to GFSK
Pulse shaping
Data recovery
22.
23.
24.
25.
26.
27.
28.
29.
73
Inter-Symbol Interference
(ISI)
Differential Phase Shift
Keying (DPSK)
Quadrature Phase Shift
Keying (QPSK)
Spread Spectrum (SS)
Line coding
Frequency Synthesis with
PLL
PN sequence spectrum
display
Noise generation
NI ELVIS Platform for Hands-On Learning
Circuits
Digital Electronics
Controls
•
•
•
•
•
12 Integrated Instruments
Programmable with LabVIEW
USB-Plug & Play
Small form factor
Expandable with plug-in modules
Telecommunication
Embedded
NI myDAQ |Do Engineering: Anywhere, Anytime
Analog ICs Supplied by
ni.com/mydaq
75
NI myDAQ Features
Plug & Play Instruments
DMM * Oscilloscope * Func Gen
Bode * DSA * ARB * Digital I/O
USB Bus Powered
Computer Interface
LabVIEW using
NI DAQmx
±15 V and 5V
8 DIO
1 Counter
Analog In/Out
2 ch, 200ks/s
3.5mm
Audio In/Out
Integrated DMM
V, I, Ω, Diode
76
NI ELVISmx Instruments for myDAQ
Supported Instruments
•
•
•
•
•
•
•
•
77
DMM
Oscilloscope
Function Generator
Bode Analyzer
Dynamic Signal Analyzer
Arbitrary Waveform
Generator
Digital Reader
Digital Writer
Circuits
Signal Processing
Measurements
Controls
78
Interfacing the Real World
Sensors
Temperature
Strain
Acceleration
Sound
Actuators
DC Motor Control*
Micro Relays*
LEDs
And more…
*Driving high current requires an external DC power source and transistor circuit.
79
NI USRP
Tunable RF Transceiver
Front Ends
 Frequency Range
50 MHz – 2.2 GHz (NI-2920)
2.4 GHz & 5.5 GHz (NI-2921)
Applications





FM Radio
TV
GPS
GSM
ZigBee




Signal Processing
and Synthesis
 NI LabVIEW to develop
and explore algorithms
 NI Modulation Toolkit
and LabVIEW add-ons to
simulate or process live
signals
1 Gigabit Ethernet
Connectivity
Safety Radio
OFDM
Passive Radar
Dynamic Spectrum Access
 Plug-and-play capability
 Up to 25 MS/s
baseband IQ streaming
80
Digital Communications Bundle
Bundle Contents
• Two NI USRP-2920 + Toolkits
• MIMO Cable
• Digital Comm Lab Manual
Key Benefits
• Affordable
• Accessible
• NI Supported
• TX & RX Real RF Signals
• Scales to Research
81
Target Courses
• Communication Systems
• Digital Communications
Lab Ready| Packet Radio & OFDM
Digital Communications Labs
Communications Systems Labs
by Dr. Robert Heath, UT Austin
1
2.1
2.2
3
4
5
6
7
8
by Dr. Sachin Katti, Stanford
AWGN Simulator
Modulation /Demodulation
Pulse Shaping
Energy Detection
Equalization
Frame Detection
Intro to OFDM
Frequency Correction &
Sync
OFDM Channel Coding
1 Source Coding
2 Packet Communication, Sync,
and Channel Correction
3 Modulation
4 Demodulation
5 Design Challenge:
Packet based Transceiver
(Ships in Bundle)
(FREE: ni.com/courseware)
82
Stanford University - Networked Systems Group
Needs:
Exposure to real-world signals
Recruit students to
RF/Communications early
Prepare students for research
Solution:
SDR Platform
Lower learning curve
Maintainable
Affordable
“The course evaluations for our class was fantastic.
Students rated the class 4.94/5.0, likely one of the
highest ratings among all classes in the School of
Engineering at Stanford.” Dr. Sachin Katti, ECE
Stanford, CA
83
Research
COGEU Research – 7th Framework
Needs:
Mobile demonstration of
whitespace utilization
Multi university collaboration
Graphics: key to getting funding
from non-engineers
Solution:
Affordable research platform
across universities
Easy graphical interfaces to make
prototypes attractive and intuitive
Low learning curve to maximize
productivity
“Our students learn LabVIEW as undergraduates so
they are immediately productive and the graphical
capabilities allow our research projects to stand out.”
Dr. Paulo Marques , Senior Research Engineer
84
Conclusions
• Overview of National Instruments
• LabVIEW and Its Applications
• PC-based Measurement and Control
Technologies
• NI Platforms for Teaching and Research
National Instruments Technical Support
Request a visit with your local engineer today!
Pham Quoc Hung - Field Systems Engineer
Email:
quochung.pham@ni.com
Tel:
0932529288
Office: (+84) (8) 39113150
Local Toll-Free: 1800 585837
Website: vietnam.ni.com
86
Contest is Now Open!
Submit your most innovative solution for test, measurement and automation to the 2013
NI ASEAN Graphical System Design Achievement Awards – the technical paper contest
that showcase the most innovative use of graphical system design from students,
academics, researchers and industrial engineers.
If you think your application is technically challenging, beneficial and it is an
excellent showcase of computer or network based measurement and
automation, what are YOU waiting for?
Submit your most innovative application to us today!
Contest is Now Open!
Contest Segment
Industry
Academic
Awards Category:
Special Award of the Year
 1 Winner
 1 Honorary Mention
 1 Winner
 1 Honorary Mention
 Best Innovation in Biomedical &
Pharmaceutical Applications
 Editor’s Choice
 Best Innovation in Renewable
Energy
 Best Innovation in Robotics
 Best Innovation in Wireless
Technology Applications
Visit www.ni.com/asean/gsdawards for more details
* All participants will be awarded a Certificate of Participation and a “Thank You” Kit
Just submit a video together with your paper exemplifying your technical application, and you will be
rewarded with an Additional BONUS GIFT!
Contest is Now Open!
Paper Submission Closing Date
Finalists Announcement
Results Announcement
07 June 2013
(Friday)
28 August 2013
(Wednesday)
3 October 2013
(Thursday)
 Contest Submission Forms are available at:
Download : www.ni.com/asean/gsdawards
Email : asean.info@ni.com
 Get your copy today!
Singapore
Toll Free: 1800 226 5886
Fax : (65) 6226 5887
Malaysia
Toll Free: 1800 88 7710
Fax : (60) 3 7955 2000
Thailand
Toll Free: 1800 345 555
Fax : (66) 2 298 4801
Philippines
Toll Free: 1800 1888 3834
Fax : (63) 2 659 1733
Vietnam
Toll Free: 1800 585 837
Fax : (84) 8 3911 3151
Indonesia
Tel : (62) 21 2924 1911
Fax : (62) 21 3005 0605
To help us continually improve our seminar program,
we would very much appreciate your comments by
completing the seminar feedback form and returning to
us after the seminar.
Thank You.
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