a special day with ni - do engineering march 1, 2014 ...arabia.ni.com/sites/default/files/9ni...
TRANSCRIPT
Prof. Wahied Gharieb Ali Abdelaal
A Special Day with NI - Do Engineering
March 1, 2014 - Cairo Egypt
NI Products for More Innovative
Research Projects
Faculty of Engineering
Computer and Systems Engineering Department
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Outline
Innovative Research Projects
Specifications for H/W and S/W Suppliers
MATLAB or LABVIEW
Nanopositioning Piezoelectric Actuators
Piezoelectric Energy Harvesting
NI Products for research
Conclusion
NI Products for More Innovative Research Projects
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Innovative Research Projects
NI Products for More Innovative Research Projects
Costumer needs(Problem to be
solved)
R&D Centers (Solution provider)
System integrator (H/W & S/W Suppliers )
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Specifications for H/W and S/W Suppliers
• Free/Minimum troubleshooting problems
• Updated technology platforms for R&D
• Quality/Price within project budget
• Reconfigurability and upgrading
• Complete documentations
• On site technical support
• Training facility
NI Products for More Innovative Research Projects
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MATLAB or LABVIEW
MATLAB/SIMULINK LABVIEW
Complex Dynamic Simulation and
Numerical calculations
Data Acquisition and real time signal
processing
Mathworks don´t manufacture
hardware
Integration of H/w and S/W from NI
Efficient GUI requires more effort
and more development time
Powerful GUI (front panel) linked
automatically with the generated code
(block diagram)
Converting any LabVIEW VI
into a MEX-function
(LABVIEW Math Interface Toolkit)
Matlab Script inside LabVIEW
(Simulation Interface Toolkit)
NI Products for More Innovative Research Projects
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MATLAB or LABVIEW
Off-line Analysis
(Verification)
On-line Processing (Validation)
NI Products for More Innovative Research Projects
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Nanopositioning is a mechatronic system designed to move
objects over a small range with a nanoscale resolution.
Fast focusing piezo stage with multi-well plate
Nanopositioning Piezoelectric Actuators
NI Products for More Innovative Research Projects
Atomic Force Microscope (AFM) for nanotechnology applications
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Project Objectives:
• Investigate mechanical and electrical properties of
PZT actuators
• Design nanopositioning control algorithms for real
time applications (Embedded design using FPGA)
• Implement the designed prototype for a biomedical
application (Insulin Pump)
Nanopositioning Piezoelectric Actuators
NI Products for More Innovative Research Projects
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Nanopositioner
Power
amplifierSignal
conditioning
Personal
computer
DAQ
Nanopositioning Piezoelectric Actuators
NI Products for More Innovative Research Projects
Control challenges:
• Process dynamics with
large frequency bandwidth
• Hysteresis and nonlinear
characteristics
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Nanopositioner
Power
amplifierSignal
conditioning
Personal
computer
FPGA
Nanopositioning Piezoelectric Actuators
NI Products for More Innovative Research Projects
Embedded
Nanopositioning
Control module using
FPGA
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Nanopositioning Piezoelectric Actuators
NI Products for More Innovative Research Projects
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Piezoelectric Energy Harvesting
Convert vibration from the environment to generate
electrical energy to power micro/nano devices.
Harvester
Electrical
EnergyVibrating
Structures
Small
Devices
Wireless sensor
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Active Pixel
Sensor: 100 µW
Advanced
Microcontroller: 0.05 W
Gas Nanoscale
Sensor: 200 µW
Wireless Sensor
Node: 300 µW
Wireless Sensing
Wireless Security
Systems
Naval Applications
Tire Pressure
Monitoring
Remote Structural
Monitoring
Military Applications
Portable Medical
Devices
Asset Tracking
Energy
Harvesting
Low Power Devices
Piezoelectric Energy Harvesting
NI Products for More Innovative Research Projects
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Project Objectives :Investigate the necessary
conditions to increase the
output power.
Study the effect of tip masses
and optimal load on the
system performance
Design a complete prototype
to replace the battery in WSN
Design an autonomous
frequency tracker
Piezoelectric Energy Harvesting
NI Products for More Innovative Research Projects
Wireless ZigBee Network
(www.ti.com)
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Micro Fiber
Composite (MFC)
(M-8528-P2, Smart
Material Corp.)
MFC
Cantilever
Energy Harvester
Piezoelectric Energy Harvesting
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Natural frequency: 18 Hz,
Maximum power: 280 µW
Piezoelectric Energy Harvesting
NI Products for More Innovative Research Projects
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Autonomous frequency tracker aims to adapt the harvester’s natural
frequency to be equal the excitation frequency (resonance condition).
Servomotor move
the center of gravity
Center of gravity position
Piezoelectric Energy Harvesting
NI Products for More Innovative Research Projects
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Data acquisition and autonomous frequency tracker using LABVIEW
Piezoelectric Energy Harvesting
NI Products for More Innovative Research Projects
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Piezoelectric Energy Harvesting
NI Products for More Innovative Research Projects
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NI Products for Research
NI Products for More Innovative Research Projects
PXIE-8108
PXIE-8108PXI-7852R
PXIE-6361
NI PXIE-8108 is a high-
performance Intel Core 2 Duo
T9400-based embedded
controller for use in PXI
Express and Compact PCI
Express systems. With its 2.53
GHz dual-core processor, 800
MHz DDR2 memory, and 6
MB of L2 cache, the NI PXIe-
8108 is ideal for modular
instrumentation and data
acquisition .
25 NI Products for More Innovative Research Projects
PXIE-6361: NI X Series
multifunction data acquisition (DAQ)
devices provide a new level of
performance with the high-throughput
PCI Express bus, NI-STC3 timing
and synchronization technology, and
multi-core-optimized driver and
application software.
NI Products for Research
Analog Input (AI) 16
AI sampling rate (1-channel) 2 MS/s
Max Total AI Throughput 1 MS/s
Analog Outputs (AO) 2
Max AO Update Rate 2.86 MS/s
Digital I/O Lines 24
Max Digital I/O Rate 10 MHZ
Triggering Analog, digital
26 NI Products for More Innovative Research Projects
PXI-7852R I/O FPGA devices use Virtex-5
FPGAs with improved optimization
capabilities that provide faster code execution
and increased code capacity. These Virtex-5
FPGAs feature a new six-input lookup table
(LUT) architecture for substantially improved
resource utilization as well as DSP48 slices
that make it possible for you to implement
more complex digital signal processing at
faster rates. The single-cycle timed loop
structure in LabVIEW FPGA takes full
advantage of six-input LUTs for substantially
improved resource utilization. This means you
can optimize more LabVIEW FPGA code to
fit within Virtex-5 FPGAs and perform more
operations per clock cycle.
NI Products for Research
27 NI Products for More Innovative Research Projects
NI ELVIS II+
•Design and prototyping platform for
measurement and instrumentation,
circuits, controls, telecommunications,
and embedded/MCU experiments
• Complete integration with Multisim
for circuits and electronics
• Completely open and customizable in
LabVIEW
• Express VIs for point-and-click
configuration in LabVIEW and
LabVIEW Signal Express
NI Products for Research
28 NI Products for More Innovative Research Projects
NI cDAQ-9188 Chassis and Wireless Access Point Bundle
•Add IEEE 802.11g (Wi-Fi) wireless connectivity to an NI cDAQ-9188
Ethernet chassis
•Analog I/O and digital I/O in the same system
•Customize channel count to meet your needs
•Modules available for sensor measurement such as thermocouples and
strain gages
•Stream continuous waveform measurements with patented NI Signal
Streaming technology
•Measure in minutes with NI-DAQmx software and automatic code
generation using the DAQ Assistant
NI Products for Research
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Conclusion
NI Products for More Innovative Research Projects
If you have enough budget
Purchase high quality H/W and S/W from brand name companies
Save your time for more innovation with minimum risk of
troubleshooting problems
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Conclusion
NI Products for More Innovative Research Projects
Summer training for students on LABVIEW + hardware interface skills
Integrate more LABVIEW examples and demos in undergraduate textbooks
(signal processing and control courses)
Integrate more LABVIEW examples and demos in graduate books (advanced,
embedded and intelligent control courses)
Suggestions for education and research: