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In an increasingly interconnected world, where electronics span from mobile devices to autonomous vehicles, communication systems and high-precision medical systems, PCB design stands as a crucial foundation for innovation. It provides the physical and electrical structure that enables devices to function correctly and communicate efficiently with each other.
Developing a test where simulation parameters are randomized enables achieving better coverage of the DUT’s state space by simulating different test seeds. This methodology reduces the time required for test creation and maintenance. If a directed test is required, it can be created by adding constraints to the random test.
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In the previous article, we looked at how hardware starts, found the bootloader, loaded the kernel, searched and configured the drivers and started the user space .In this article we must deepen in the user space initialization process.
Today, more than an article, we are giving you a presentation that was made internally to give a small overview of some tools, frameworks and strategies that can help us lead projects or better understand the processes that must be done to successfully meet the projects with the objectives. that we work every day. It is important to gain a deeper understanding of project planning and execution, which is accompanied by challenges and setbacks. When leading complex projects, different types of complexities can arise, from their structure and scope to their changing nature, along with power and political dynamics within the project team and external stakeholders. I hope you like it and can learn a little more about project management.
In today's post we will introduce you to automating industrial or Internet of Things equipment through an API developed with the OPC UA standard using QT as a development platform. QT allows you to create cross-platform applications, so you could create an application that runs both on a PC and on an embedded system like a raspberry pi.
In the previous article, we saw what Linux is, what it is suitable for, and what is the basic structure from a kernel view. In the present article we discussed, deeper, what is the structure of that called userland.
Linux is a very popular operating system in many computer systems and it's a first choice on data centers and high end software infrastructure, but the flexibility of the penguin’s kernel made this to be very suitable for extremely low end devices. Come with me and discover the blessings and curses of the linux kernel in embedded systems, low resource devices and (not-so-)hard-real-time things.
