Academic Keynote: The Graphical Systems Design Approach to Scientific Computing in Teaching and Research
Scientific computing and experimental research applications require tools that can easily integrate customised measurements with advanced analysis (mathematics, signal processing) and visualisation tools. Learn how to apply advanced mathematics and visualization techniques to real-world measurements using the NI graphical system design platform and take advantage of different hardware acceleration technologies for computational intensive applications.
10:15 - 11:15am Siemens Room (Ground Floor)
Revolutionise Electronics Education with NI Multisim, NI ELVIS II and NI LabVIEW
Discover how this complete tool chain can change your students experience in the classroom. The tight integration between Multisim circuit simulation, hardware prototyping with NI ELVIS educational platform and LabVIEW analysis will improve circuit comprehension and make textbook theory interactive.
11:15 - 12:15pm Siemens Room (Ground Floor)
Additional Recommended Sessions:
Hands-on: The NI Educational Design and Prototyping Platform NI ELVIS II and NI Multisim
1:15 - 2:15pm Moutbatten Room (Second Floor)
Learn How to Run your Simulation Models on Real-Time Hardware
2:15 - 3:15pm Council Chamber (Second Floor)
How to Improve your PID Algorithms in LabVIEW
3:30 - 4:30pm Council Chamber (Second Floor)
Software Development Techniques Track
Test, Data Acquisition and Instrumentation Track
Industrial Control and Embedded Design Track
Hands-On Track
RF and Wireless Communications Summmit Track
LabVIEW in the Curriculum Academic Summit
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