13/01/2018
Department of Instrumentation Engineering
'18 (Technical Symposium)
WORKSHOP
On Jan 25&26 only few seats are available.
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Importance of LABVIEW is given as..
National Instruments platform, including LabVIEW, to build virtual instrumentation
and take an effective graphical syste design approach that can effectively leverage the opportunities and take on the challenges of modern academic research...
*Compiled code speed and ability to create distributable EXEs and DLLs
*Powerful, flexible, and scalable design (open, connects to external libraries and third-
party tools)
*Easy to learn, use, maintain, and upgrade (intuitive graphical programming, using
graphical constructs)
*One tool for design, prototyping and deployment
*Multidisciplinary use (same easy graphical programming language for different
applications and domain experts in different disciplines in science and engineering)
*Tight software-hardware integration (supports wide variety of data acquisition and
embedded control devices)
*Multicore-ready design (intrinsic parallelism) and support for different hardware
acceleration technologies (DSPs, FPGAs, and GPUs as coprocessors)
*Multiplatform (Windows, Mac OS, Linux, RTOSs)
*Easy integration with legacy and traditional instruments (serial, GPIB, CAMAC, VME, and
so on)
*Longevity (COTS-based, more than 20 years of evolution)
*Ability to solve and execute complex algorithms in real time (ODEs, PDEs, BLAS-based
linear algebra, signal processing and analysis, optimization, and so on) using real-world
signals (A/D)
*Bridge to industry – same tools used in academia and industry (academic-to-industry
transition easier, technology transfer more transparent)
*Shorter time to prototype, time to discovery, time to deployment, and potentially time
to market
*Help to develop better, faster algorithms (algorithm engineering)