Coronavirus Disease 2019 (COVID-19) Update

Due to heightened concerns regarding the outbreak of COVID-19, we are adding more instructor-led online training courses as an alternative to classroom courses.

Course Schedule

Prerequisites

Programming Xilinx Zynq SoCs with MATLAB and Simulink.

Embedded Linux and System Integration for Zynq

This two-day training course will give attendees hands-on experience in creating and customizing an embedded Linux^® system for their custom target using Zynq^®. Topics include:

Creating a reference design in Vivado and SDK
Software anatomy of a Zynq^® system
Zynq build system
Building a custom Linux image for Zynq
Integrating user space device drivers in Simulink

See detailed course outline

Prerequisites

Programming Xilinx Zynq SoCs with MATLAB and Simulink.

Day 1 of 2
Creating Reference Design in Vivado and SDK	Objective: Create a Vivado^® block diagram and SDK project to target PL and PS. Building a Vivado Block diagram to target PL Exporting hardware to SDK and creating board support package Creating a software application for ARM Automating build process through Tcl scripts
Software Anatomy of a Zynq System	Objective: Understand various software components like FSBL, u-boot, kernel, user-space. Overview of embedded Linux Understanding various components of boot image
Zynq Build System	Objective: Understand various software components to form a system image and an automation process. Understanding system boots Generating various binary files, including .elf, .bit, and open source build with buildroot Understanding storage device layout Using a MathWorks build system to have easy hooks for customization of bitstream/FSBL, devicetree and Kernel configuration

Day 2 of 2
Zynq Build System (Continued)	Objective: Create a custom linux image with device drivers for various PL and PS integrated peripherals. Updating devicetree to include new mappings Modifying kernel to turn on a driver Creating boot.bin and generating custom SD card image
Integrating User Space Device Drivers in Simulink	Objective: Integrate device driver C code for peripherals in Simulink to communicate with the custom Linux image. Overview of the generated C code main function, scheduler timing and POSIX threads Creating a custom System object^™ Using coder.ceval and System objects for C code integration Interacting with custom Linux images from Simulink Creating a standalone application as part of boot image

Guaranteed to Run

When you register for one of these courses, you can rely on the fact that it won't be canceled or rescheduled for any reason.

MATLAB and Simulink Course Schedule

There are currently no scheduled classes for this course.