
Server socket clients will no longer be able to connect to it until it has been re-opened. You may stop the MATLAB server socket creation andīreak out of this busy state by using the Control-C key combination to close the server socket. Since the MATLAB server code is running in a separate MATLAB session than the client, you may notice the Busy status next to the MATLAB Start Button in the server session until the following commands have been executed. This line will cause MATLAB to wait until an incoming connection Open the server socket and wait indefinitely for a connection. Set(tcpipServer,'OutputBufferSize',s.bytes) This is the first place where we use the output of the whos function, specifically the value of s.bytes. Set the OutputBufferSize property to a value large enough to hold the data. You can restrict the TCP/IP server socket to only accept incoming connections from a specific IP address by explicitly By setting the IP address to '0.0.0.0' the server socket will accept connections on the specified port (arbitrarily chosen to be 55000 in our case) from any IPĪddress. Get the number of bytes of data we will be transferring. Get the dimensions of the data array we will be transferring. We will use this information later to set up some parameters on the Let us list details of the data set we want to transfer. In this case our data is created by a call to the membrane function.

Prepare the data we want to send over to the client MATLAB session. When the connection is established, the data is written out to the socket. The MATLAB server session creates a data set to be transferred out, opens a TCP/IP server socket and waits for the client

In this post they talk about transferring data between two separate MATLAB sessions using

This week's guest bloggers Ankit Desai and Vinod Cherian work on various aspects of using MATLAB to control instruments, make measurements with hardware, retrieve data from instruments,Īnd do custom analysis in MATLAB.
