Case Study Results

Showing 1-10 of 45 results
Developing a 12 m Wide Printer With LabVIEW and CompactRIO
Developing a 12 m wide printer to prepare and print cotton material.

NI PCI Powers a SensibleTAB Arm Rehabilitation Robot
Creating high-repetition, task-specific arm rehabilitation therapy under a concept of cognitive sensory motor training, which consists of different types of sensory retraining in a virtual environment ...

Automated Measurement Rig for Tidal Stream Energy Device Wake Mapping
Automating the labour-intensive process of taking flow measurements for tidal stream turbines.

Developing a Control System for an Electron Beam Machine with LabVIEW and NI PXI
Developing a multi-axis motion and programmable logic controller (PLC)-style control system that requires time-critical synchronization and signal generation.

Building an Embedded Renewable Energy Performance Monitor for Rural India
Developing a compact, accurate, and embedded performance analyzer and logger for a solar PV power system that is intuitive to use, takes advantage of plug-and-play technology, and is fully network enabled. ...

Building a Sea Wave Generator Using NI LabVIEW and PXI
Developing a high-precision, low-cost sea wave simulator (maneuvering and ocean basin) that can read and write text files and operate on a display monitor PC.

Achieving Human-Inspired Bipedal Robotic Walking With LabVIEW
Achieving stable, efficient, human-like bipedal walking on an underactuated robot through human-inspired feedback control strategies.

Developing a Mobile X-ray Imaging System for Diagnosis Using LabVIEW Software and NI Hardware
Developing a compact mobile X-ray imaging system for diagnosis that allows users to control the complex system easily with high-stability and safety while satisfying medical device industry regulations. ...

Designing a Surveillance Robot
Creating a robot controlled by a remote PC that is capable of surveillance, motion, and awareness of its surroundings.

Using LabVIEW and DAQ to Design a PC-Controlled CNC Mill
Building a low-cost, affordable, easily customizable PC-controlled computer numerical control (CNC) mill capable of machining soft metal and printed circuit boards.