#Xpc target configuration matlab 2014a code#
#Xpc target configuration matlab 2014a Pc#

This requirment means that your target PC must have at least two Ethernet cards, one for host PC to target PC communications and one for real-time UDP communications. A dedicated Ethernet card is to be used only for real time UDP commiunications and not for communication between the host PC and target PC. Now this special features enables you to send and receive variable lengths and variable number of packets. There fore real time send UDP blocks and receive UDP blocks are added inside the Simulink library browser. In previous relese xPC target have standard UDP communication but this release onwards, it will support real time UDP communication. In current release xPC target supports real time UDP communication between two xPC target system or between xPC target and Simulink models or between two Simulink models. Figure 2 shows you the profiling index of certain application that run on the target PC.ДЇigure 2: Profiling capability in xPC target

#Xpc target configuration matlab 2014a code#

In support of this new capability, the following configuration parameters are new in the configuration parameters > Code Generation > xPC Target options node:Д®vents contains information such as the CPU ID, model thread ID (TID), event ID, and time stamp readings. From this results you can analyse and increase the target PCs performance. This Profiling features gives you the details for number cores in the target PC are used for execution, Task Execution Time (TET) with out interrupt, Total execution time which means elapsed time from start to end of task execution including interrupt and execution of task sequence. Now you can profile an application running on a target PC. Because as soon as the codes are generated from the Simulink model it will automatically target in to the FPGA boards, where as in our traditional workflow some times we may need to do some modifications on the generated HDL codes. This gives you new and easy workflow for FPGA implementation and donвЂ™t worry about the generated HDL codes. For current release MathWorks included some of the speedgoats boards are supported for this FPGA implementation. XPC target along with Simulink HDL coder enables you to implement Simulink alogirithms and configure I/O functionality on FPGA boards. Figure 1(a) shows image taken from the target PC before edge detection and Figure 1(b) shows image after edge detection. You can further process the acquired video frames with the Computer Vision Toolbox. In the host PC you can use image viewer blocks to view received video frames. You can processes these video frames on target PC and transmit to the host PC. In order to support this new feature, video utility library is added under xPC target in Simulink library browser. Now using xPC target you can processes image and video frames much faster. In this new capability, you can acquire real time images and video frames from USB webcams and cameras that support the automated imaging associationвЂ™s camera link interface in to the target PC. In this new release some of the new features of xPC target are: The new capability now supports xPC target in real time image and video processing and FPGA implementations. See View Data in the Simulation Data Inspector.Now, xPC target not only in control applications but also in image and video processing applications!ДЄs of R2011a release, MathWorks has introduced new capabilities of xPC target. Logging with the Simulation Data Inspector. To visualize the simulation results, mark signals in the model for data Real-Timeв„ў I/O blocks representing your I/O boards to the model. Real-time application after building the application. If needed, you can change these options for the These settings set the initial values for real-timeДЄpplication options. Select options for Configuration Parameters > Code Generation > Simulink Real-Time Options. In Configuration Parameters > Solver > Fixed-step size, select a step size that is compatible with the Set the model Configuration Parameters to values compatible with real-time