MathWorks - Data Acquisition Toolbox
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The Data Acquisition Toolbox provides a complete set of tools for controlling and communicating with a variety of off-the-shelf, PC-compatible data acquisition hardware. The toolbox lets you configure your external hardware devices, read data into MATLAB for analysis, or send data out.
Submitted Jul 13, 1999
Updated Apr 30, 2004
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| MathWorks - Instrument Control Toolbox
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Provides features for communicating with data acquisition devices and instruments, such as spectrum analyzers, oscilloscopes, and function generators. Support is provided for GPIB (IEEE-488, HPIB) and VISA communication protocols. You can generate data in MATLAB to send out to an instrument or read data into MATLAB for analysis and visualization.
Submitted Nov 16, 2000
Updated Apr 30, 2004
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| Free MathWorks Online Seminar: Instrument Control and Connectivity
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The Instrument Control Toolbox lets you communicate with instruments, such as oscilloscopes, function generators, and analytical instruments, directly from MATLAB. With the Instrument Control Toolbox, you can generate data in MATLAB to send out to an instrument, or read data into MATLAB for analysis and visualization.
Submitted Dec 06, 2004
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| Free Online MathWorks Seminar: Acquire, Analyze, and Visualize Data in MATLAB
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During this Web-based seminar, the MathWorks will discuss and demonstrate how to analyze and visualize data that is acquired directly into MATLAB. Learn how to connect MATLAB to hardware such as data acquisition boards, oscilloscopes, function generations, and signal analyzers. The discussion will include capabilities of the core MATLAB package, along with additional capabilities provided by the Signal Processing Toolbox, Data Acquisition Toolbox, Instrument Control Toolbox, and Filter Design Toolbox. See how to design a digital filter in MATLAB and develop a GUI-based application incorporating live data.
Submitted Jun 22, 2006
by Steven Kolak
Updated Jun 27, 2006
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| Test and Measurement M-files
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Test and measurement m-files from the MATLAB Central File Exchange. Categories include DAQ applications, instrument applications and hardware interfaces.
Submitted Jul 22, 2002
Updated May 06, 2004
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Total Visits: 1480
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| Graphical User Interface (GUI) program using MATLAB for sensor based analytical instruments (e.g. electronic nose/tongue)
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As a consequence, a new approach for modelling sensor based data using an automated data analysis software package - SENSABLE - has been developed. This program combines several traditional pre-processing techniques and advanced chemometric models to give the most efficient analysis of data using a power tool as MATLAB.
Submitted Mar 30, 2005
by Cristhian Manuel Durán Acevedo
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Total Visits: 836
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| Real Time Toolbox Simulink Extension - Real-time and data acquisition interface to Simulink
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The Real Time Toolbox Simulink Extension offers a Simulink library of
real-time blocks which turn Simulink into a real-time simulation environment. This extension includes input, output, and other special blocks that enable you to create real-time data acquisition, signal processing, and control applications easily without any additional software. It supports sampling rates up to 2kHz and all Simulink functionality. Drivers for many industry-standard data acquisition cards available; no low-level programming needed.
Submitted Apr 07, 2000
Updated May 06, 2004
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| Using MATLAB with GPIB, RS-232, TCP/IP, UDP and VISA
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MATLAB and Simulink support GPIB, RS-232 (serial), TCP/IP, UDP, and VISA through the Instrument Control Toolbox.
Submitted Jun 22, 2006
by Steven Kolak
Updated Nov 06, 2006
by Steven Kolak
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Total Visits: 592
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| CANbus Toolset - CAN bus access tools for use with Simulink on PCs
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The CANbus Toolset lets you access, influence, and monitor the data flow
on the CAN bus directly from Simulink and in real time. Based on easy-to-use CAN bus read and write blocks, the CANbus Toolset blocks integrate into Simulink in the same way as standard Simulink library blocks. The CANbus Toolset may be used for various development tasks such as the monitoring of physical signals available on the CAN bus, algorithm development, system identification, control design and test, all live while sitting in the car. It may also be used within the development chain as an on-the-road verified specification of new microcontroller functionality and for function prototyping. Application Areas: Automotive; Control system design/analysis; Data acquisition; Hydraulics/pneumatics; Optics; Real-time systems; Satellite design; System identification; Thermodynamics.
Submitted Apr 07, 2000
Updated Mar 16, 2004
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| Quickcam
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Quickcam MEX frame server/client.
Submitted Jul 11, 1999
Updated May 14, 2004
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Total Visits: 544
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| MTRACE - Real-time data acquisition directly from MATLAB
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dSPACE's MTRACE offers real-time data recording capabilities, callable
directly from MATLAB. As a data collection tool for use with Simulink and Real-Time Workshop, MTRACE enables users to program the entire data collection process with M-files using a packaged set of MEX-file commands. MTRACE is specifically designed for logging large amounts of data over long periods, and is required for real-time data collection for online parameter tuning by MATLAB.
Submitted Apr 07, 2000
Updated May 06, 2004
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Total Visits: 520
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| MT9 Inertial 3-D Motion Tracker
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The MT9 is a miniature inertial measurement unit that measures 3-D rate-of-turn, acceleration, and earth-magnetic field, available with RS-232 or RS-485 serial interface.
Submitted Jul 01, 2004
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Total Visits: 498
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| MultiSensors Toolbox
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Multi-Sensors® is a Matlab-based toolbox that allows the processing of data coming from a
system of different sensors. It provides a very easy way to handle data: the user only has to click on one or many data curves, perform different types of processing and immediately see the result. Multi-Sensors® can also be used as a matrix viewer, image processing tool and in other tasks. On the other hand, since sensors data can be processed at the same time, relations between data issued from different sensors can be exploited, thus helping to reveal the physical phenomena of interest. This is the principal advantage of this toolbox.
Submitted Jul 19, 1999
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Total Visits: 492
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| Import radar (Ramac-PulsEkko-GSSI) data in MATLAB
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Tools for reading georadar data.
Submitted Jan 09, 2003
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Total Visits: 444
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| TekVISA - A MATLAB Interface to Integrate Data Acquisition and Analysis on Tektronix Oscilloscopes
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TekVISA is an implementation of the industry-standard VISA API on the Tektronix Windows-based oscilloscopes. The Open Windows desktop on Tektronix high-end oscilloscopes allows users to put standard Windows applications directly on the instrument. Utilizing this Open Windows desktop and TekVISA, MATLAB now has the ability to communicate with the oscilloscope directly from within the oscilloscope. TekVISA allows the oscilloscope to look like a standard device connected to the computer through a GPIB interface. MATLAB and the Instrument Control Toolbox allow the user to send commands to the instrument with TekVISA to automate the process of data collection, setup, and any other functionality available to the device.
Submitted Apr 05, 2000
Updated Mar 19, 2004
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| MATLAB Based Acquisition and Analysis Software - Custom MATLAB software for engineering and manufacturing
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Software Engineering Associates, Inc. (SEA) develops specifications and
complete architecture for real-time industrial test, measurement, control, and vibration analysis systems, as well as for hardware integration, software design, development, documentation, and system maintenance. SEA has been developing applications for the automotive, farm equipment, material handling, and other industries since 1985.
Submitted Apr 07, 2000
Updated May 06, 2004
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| OPC Toolbox
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The OPC Toolbox extends the MATLAB technical computing environment with tools for interacting with OPC servers. You can read, write, and log OPC data from devices that support the OPC Foundation Data Access standard, such as distributed control systems, supervisory control and data acquisition systems, and programmable logic controllers.
Submitted Jun 21, 2004
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Total Visits: 393
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| Agilent VEE Pro
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The Agilent VEE software family offers an easy graphical programming environment that ensures fast measurement analysis results. Agilent VEE Pro is intended for large programs with more than one development engineer. It handles day-to-day programming tasks in instrument control, measurement processing, and test reporting. It simplifies test development with enhancements for system integration, debugging, structured program design, and documentation. VEE automates instrument configuration, accelerates the creation of operator interfaces, streamlines test sequencing, and simplifies application development and program enablement across the Internet.
Submitted Jul 01, 2000
Updated Mar 16, 2004
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| CoMET - Hardware/software/mechanical system engineering toolset
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CoMET is a co-design tool that supports hardware/software co-design,
co-simulation, and co-verification. The software co-simulation speed of a CoMET Virtual Processor Model (VPM) is 200 million instructions per second. CoMET runs with Verilog or VHDL simulators and maintains absolutely accurate timing across the hardware/software boundary. CoMET is built to support the coding of applications and operating systems in C or assembly code and to execute many millions of software instructions in embedded and/or multiple-CPU environments, while developing application-specific hardware in Verilog or VHDL. CoMET is a true, fast-iteration, virtual prototyping tool. Application Areas: Application development; Communications; Computer system peripherals; Electronics; Machine vision; Satellite design; Signal processing; Simulation; System identification.
Submitted Jan 02, 1998
Updated Mar 16, 2004
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| Signalogic MATLAB Interface
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MATLAB Knows DSP/Data Acq. Hardware:
DSPower-HWLib software from Signalogic provides direct access from the MATLAB workspace to more than 80 types of off-the-shelf DSP/data acquisition boards. DSPower-HWLib augments the popular MATLAB technical computing software package with DSP and data acquisition hardware functions. MATLAB users now have three (3) major capabilities not possible before: a) bring real-world data directly into their simulations, b) accelerate or move simulation segments into real-time, and c) use MATLAB as a user-interface or GUI for hardware-based instrumentation and measurement functions.
Submitted Jul 13, 1999
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| DAPtools for MATLAB - Data Acquisition Processor™ Interface
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Microstar Laboratories™ manufactures add-in boards for PC-based
real-time data acquisition and control. Every board has its own processor and operating system. Onboard intelligence allows high-speed I/O, transparent expansion, and real-time processing including DSP and network access all free from PC-induced delays. DAPtools for MATLAB allow a user to communicate with a Data Acquisition Processor using the MATLAB programming environment. It integrates the processing power of a Data Acquisition Processor with the powerful technical computing environment of MATLAB. Application Areas: Data acquisition; Global Positioning Systems; Hydraulics/pneumatics; Materials research; Optics; Real-time systems; Satellite design; Thermodynamics.
Submitted Apr 07, 2000
Updated Mar 16, 2004
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Total Visits: 329
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| RT-Eye™ Serial Data Analysis Package
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TDS RT-Eye software (RTE Option) for TDS6000(B) and TDS/CSA7000(B) oscilloscopes provides high-speed serial data compliance and analysis for 8B/10B encoded copper standards such as PCI Express, Serial ATA, XAUI, FibreChannel, and Rapid I/O.
Submitted Oct 07, 2004
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Total Visits: 327
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| Units - units measurement, conversion, computation, Units toolbox for Matlab
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Units toolbox (umat http://www.mathworks.com/matlabcentral/fileexchange/loadFile.do?objectId=246&objectType=file)featured also in Matlab File exchange is used for measurement, conversion and computation with SI units and their derivatives. Developers created a dedicated website for programming changes tracking and collaboration based on trac and subversion.
Submitted Dec 13, 2006
by Andrej Mosat
Updated Dec 15, 2006
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Total Visits: 315
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| Hewlett-Packard MATLAB Interface to VXI Hardware - Control standards based HP VXI hardware for high performance, multichannel measurement
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Hewlett-Packard's MATLAB Interface to VXI hardware enables a customer
familiar with MATLAB to setup and control HP VXI multi-channel measurement hardware consisting of HP E1432A (16 channel 51.2 kSa/s/channel Digitizer with DSP), HP E1433A (8 channel 196 kSa/s/ch Digitizer with DSP) and HP E1434A (4 channel 65 kSa/s Arbitrary source). Typical customers perform multi-channel measurements dealing with noise, vibration and general purpose data acquisition systems. MATLAB provides the flexible data analysis tools that are typically needed in online measurement and analysis systems. These needs have been met in the past with expensive third-party turn key software packages or with low channel count instruments.
Submitted Apr 05, 2000
Updated May 06, 2004
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| System II DSP Data Acquisition and Signal Processing System - Modular system for experimental design and control
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System II is a sophisticated digital signal processing platform designed
specifically for scientific research. It provides a complete, integrated workstation with high performance analog I/O for signal acquisition, playback, and conditioning. Modules are included for real-time signal switching, signal mixing, programmable filtering, and timing. With the flexible modular design of System II and more than 30 components to choose from, you can easily configure a system that fits your application.
Submitted Apr 07, 2000
Updated May 06, 2004
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Total Visits: 309
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| DAPtools
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DAPtools for MATLAB allows a user to communicate with a Data Acquisition Processor using the MATLAB programming environment. It integrates the processing power of a Data Acquisition Processor with the powerful technical computing environment of MATLAB.
MATLAB performs high-level numeric computation and visualization of data sets. DAPtools for MATLAB allows acquired and processed data from a Data Acquisition Processor to be further manipulated and molded under MATLAB. This extends the capabilities of data manipulation to suit the specific requirements of an application.
Submitted Oct 26, 1999
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| Data acquisition into Simulink
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Acquire live data directly into Simulink models using Simulink blocks provided by the Data Acquisition Toolbox. Requires R2006b or later.
Submitted Sep 01, 2006
by Steven Kolak
Updated Sep 05, 2006
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| ADwin, ADwin light, and ADwin-Pro - Intelligent data acquisition with microsecond reaction time
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ADwin systems, used in test stand applications, are designed for fast
real-time applications with reaction times guaranteed to be less than one microsecond. Typical test stands for ADwin systems include vibration, engines, gears, breaks, and break pedals. All ADwin systems are expandable, with even the smallest ADwin system capable of data acquisition, signal generation, control, digital I/O control, and online evaluation, with guaranteed real-time accuracy. Application Areas: Data acquisition; Global Positioning Systems; Real-time systems; Satellite design; Simulation.
Submitted Apr 07, 2000
Updated Mar 16, 2004
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| Model 990 Data Acquisition/Waveform Generator - High speed, deep memory data acquisition and waveform generation and analysis
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The Model 990 is an extremely versatile tool that provides the link between
simulation and test. The Model 990 controller combines the power of MATLAB and the power of the Model 990 hardware. The controller provides a simple command to control the unit from the MATLAB environment. The controller includes the acquisition or "snapshot" of data into Model 990 memory, which can be written into a MATLAB vector. Once the snapshot data is brought into the MATLAB environment, the user can take advantage of MATLAB's processing and graphical capabilities. MATLAB generated data can also be loaded into the "playback" memory of Model 990. The data can then, in real time, be played out on digital or analog output port serving as a highly flexible, custom test signal generator.
Submitted Apr 07, 2000
Updated Mar 14, 2008
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| testingsolutions - MATLAB Solutions and Consulting
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testingsolutions has an outstanding experience in the field of data processing, data analysis and simulation for the automotive and aerospace industry.
Besides various software products, testingsolutions also offers consulting and training for MATLAB and Simulink.
Submitted Sep 07, 2005
by Christian Reuter
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Total Visits: 268
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| XdTech
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Leading manufacturer of control systems laboratory educational products, and MATLAB compatible data acquisition boards for PCI bus.
Submitted Apr 15, 2003
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Total Visits: 266
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| Spike Tools
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SPiKe Tools is a set of routines designed to facilitate single-unit neurophysiological data
analysis for those using the CORTEX real-time experimental set-up. After converting CORTEX data files to "SPK" files, these MATLAB scripts allow easy manipulation of spike and behavioral events for quickly writing custom analysis routines.
Submitted Jul 13, 1999
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Total Visits: 265
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| Calibration Toolbox - Software for channel selection
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The Calibration Toolbox automatically selects wavelengths/channels for
spectral calibrations. Using different algorithms, the analyst can determine the most important channels in calibrating an instrument for an univariate input. This toolbox must be used in conjunction with the Statistics Toolbox from The MathWorks and may be used with the PLS_Toolbox from Eigenvector Research, Inc. A shareware version of the Calibration Toolbox is available for Windows, Macintosh, and UNIX platforms from Texas Environmental Software Solutions. Application Areas: Chemical; Data acquisition; Data analysis/modeling; Environmental studies; Motion control/robotics; Pharmaceutical; Power systems/generation; Thermodynamics.
Submitted Apr 07, 2000
Updated Mar 16, 2004
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| EZMex
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EZMex is a collection of functions for interfacing EZKit Lite from MATLAB/Simulink.
Submitted Jan 09, 2000
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| RC Electronics Instrumentation Manufacturer
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Electronics has been developing innovative test and measurement systems since 1981. Originating as the inventor of high-speed data acquisition peripherals for PCs, we have expanded our technologies to include a broad range of complementary hardware and software products. Recorded data can be monitored in MATLAB in near real time and exported in MATLAB format.
Submitted Mar 28, 2005
by David Mullins
Updated Mar 29, 2005
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Total Visits: 252
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| Overview: GPIB communication in MATLAB
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MATLAB supports GPIB through the Instrument Control Toolbox. This web page provides an overview of how to use MATLAB to communicate with instruments like oscilloscopes and function generators over GPIB. Includes a downloadable MATLAB GPIB code example.
Submitted Oct 20, 2006
by Steven Kolak
Updated Oct 23, 2006
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Total Visits: 203
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| Using MATLAB with M-Series hardware
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MATLAB supports M-Series data acquisition devices using the Data Acquisition Toolbox. Specifically, Data Acquisition Toolbox supports either the NI-DAQmx or Traditional NI-DAQ driver software from National Instruments. This web page describes the M-Series support in MATLAB and provides a downloadable code example for using MATLAB with M-Series hardware.
Submitted Dec 26, 2006
by Steven Kolak
Updated Jan 04, 2007
by Steven Kolak
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Total Visits: 191
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| Using MATLAB with IVI instruments
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MATLAB supports IVI instruments through the Instrument Control Toolbox. This web page describes IVI support in MATLAB and the benefits of using this toolbox for developing test systems with IVI instruments.
Submitted Nov 18, 2006
by Steven Kolak
Updated Nov 20, 2006
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Total Visits: 166
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| Using MATLAB with LXI instruments
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MATLAB supports LXI instruments through the Instrument Control Toolbox. LXI is the LAN-based successor to GPIB, combines the advantages of Ethernet with the simplicity and familiarity of GPIB.
This web page describes LXI support in MATLAB and the benefits of using this toolbox for developing LXI-based test systems.
Submitted Nov 18, 2006
by Steven Kolak
Updated Nov 20, 2006
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Total Visits: 162
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| Using MATLAB with VXIplug&play instruments
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MATLAB supports VXIplug&play instruments through the Instrument Control Toolbox. This web page describes VXIplug&play support in MATLAB and the benefits of using this toolbox for developing test systems with VXIplug&play instruments. Note: VXIplug&play is sometimes referred to as VXI PnP, VXIpnp or simply PnP.
Submitted Nov 18, 2006
by Steven Kolak
Updated Dec 11, 2006
by Steven Kolak
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| MGCplus MEA-File Importer
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MGCplus is a multichannel DAQ system by HBM. Many transducers / sensors are supported. With MGCplus, measurement data can be stored on a PC card harddisk. The file formats are *.me* and *.sto. With the utilities, these files can be loaded into MATLAB. The import leads to structured variables. Channel names, time information, units, scaling information and much more is available. Only the 4-Byte-INT (Intel) format is supported.
Submitted Mar 29, 2005
by Andi
Updated Mar 30, 2005
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| Catman File Importer for MATLAB
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After execution of the M-File catman_read, the content of binary catman DAQ files are available in MATLAB. Two structured variables (one with global content, one with DAQ data) are delivered by the M-File.
Submitted Mar 29, 2005
by Andi
Updated Mar 30, 2005
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