Whisker movement was elicited in each subject by providing a scented stimulus (chocolate milk). The laser micrometers themselves were connected to a 32-Channel Digital I/O Module (NI 9403, National Instruments, Dallas, Tx), which received digital output from the laser micrometers. The I/O module was connected to a PC through a CompactDAQ chassis (cDAQ-9174, National Instruments, Dallas, Tx). The I/O module acquired the laser micrometer signal at a sampling rate of 1 kHz. LabVIEW (LabVIEW Full Development System, National Instruments, Dallas, Tx) software was used as the interface for data acquisition.
Labview full development system
Manufactured by National Instruments
LabVIEW Full Development System is a graphical programming environment used for building applications that interact with real-world data or signals, in areas such as data acquisition, instrument control, and industrial automation. It provides a comprehensive set of tools for designing, testing, and deploying these applications.
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Lab products found in correlation
4 protocols using labview full development system
1
Whisker Movement Measurement Protocol
2
Whisker Movement Measurement Protocol
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Whisker movement was elicited in each subject by providing a scented stimulus (chocolate milk). The laser micrometers themselves were connected to a 32-Channel Digital I/O Module (NI 9403, National Instruments, Dallas, Tx), which received digital output from the laser micrometers. The I/O module was connected to a PC through a CompactDAQ chassis (cDAQ-9174, National Instruments, Dallas, Tx). The I/O module acquired the laser micrometer signal at a sampling rate of 1 kHz. LabVIEW (LabVIEW Full Development System, National Instruments, Dallas, Tx) software was used as the interface for data acquisition.
3
Whisker Movement Analysis Using Laser Micrometers
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Whisker movement was elicited in each subject by providing a scented stimulus (chocolate milk). The laser micrometers themselves were connected to a 32-Channel Digital I/O Module (NI 9403, National Instruments, Dallas, Tx), which received digital output from the laser micrometers (Fig. 3 ). The I/O module was connected to a PC through a CompactDAQ chassis (cDAQ-9174, National Instruments, Dallas, Tx). The I/O module acquired the laser micrometer signal at a sampling rate of 1 kHz. LabVIEW (LabVIEW Full Development System, National Instruments, Dallas, Tx) software was used as the interface for data acquisition.![]()
32-channel digital I/O module
4
Barbell Displacement Measurement Protocol
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During all testing, 4 linear position transducers (LPTs) (PT5A-150 Celesco; Measurement Specialties, Chatsworth, CA) were attached to the barbell on the inside of both collars. The LPTs were mounted above in anterior, posterior, left, and right positions, forming 2 triangles when attached to the barbell, which enabled measurement of horizontal and vertical bar displacement ( 9). Voltage outputs from the LPTs were converted into displacement and time data, which were sampled at 1,600 Hz using a custom-built interface box with an analogto-digital card (NI cDAQ-9174; National Instruments, Austin, TX). Initiation of movement for data analysis began when velocity or displacement increased above 0.01 m•s -1 or 0.01 m, respectively, and terminated when velocity decreased to less than 0.01 m•s -1 . LabVIEW full development system (Version 8.2, National Instruments, Austin, TX) was used for all data collection and calculations. Eccentric time under tension (ETUT) and total time under tension (TTUT) were obtained for all repetitions.
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