g.UDPinterface: Specs & Features
g.UDPinterface
The exchange of data between different computer systems is important for many applications.
The g.UDPinterface for MATLAB/Simulink provides ready-to-use Simulink blocks and MATLAB
functions to transmit data from a biosignal recording device to other applications like a Virtual Reality
system or another MATLAB instance on another PC.
The g.UDPinterface can be used to exchange data between 2 Simulink applications running on two
different PCs or notebooks.
The interface can also be used to exchange data between MATLAB and Simulink.
But it can also be used to send and receive data from other software packages such as XVR.
Product Highlights
- Exchange data between MATLAB/Simulink on two PCs over a standard network connection
- PCs are just connected with a normal network cable for data exchange
- The Simulink blocks can be used per drag-and-drop
- Fast data exchange with response time < 1ms
- Allows you to interface MATLAB with other software packages
Example: Data Exchange between two PCs running Simulink
On PC #1 this model reads biosignal data from the gMOBIlab device into Simulink and passes the data to the UDP block. The UDP block sends the data over the network connection to PC #2.
The block also receives data from PC #2 and visualizes the data in the Scope block on channel 1. The second channel of the Scope shows the data acquired with g.USBamp .
On PC #2 this Simulink model reads biosignal data into Simulink, converts the data in double precision and sends the data with the UDP block to PC #1. The UDP block also receives data from PC #1 and visualizes the data with the Scope block. The second Scope channel displays the signal amplified with g.MOBIlab+ on channel 1.
Available configurations
Software
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g.UDPinterface: Specs & Features — data exchange with network connection between Simulink/MATLAB on different PCs
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Hardware and Accessories
Software
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High-Speed Online Processing under Simulink: Specs & Features — read biosignal data directly into SIMULINK; highly optimized hardware-interrupt controlled device driver; data processing with maximum system speed; signal analysis blocks