CEC Semester Six 2014

This session will dig into the details of single-board computers and how they are revolutionizing how we do things. The famous Raspberry Pi hardware will be discussed in addition to how to set up the hardware for experiments in future sessions...

This session will introduce the Python programming language. It will provide an overview of where to get it, how to install it, and why an embedded engineer should learn Python. Since most embedded engineers are familiar with C, an in-depth...

This session will present basic concepts on how to design embedded software using Python. Concepts such as lists, dictionaries, string, and file system manipulations are a few examples of what will be covered. How to develop object-oriented code...

This final class will look at block devices, which are storage media that can handle random accesses. Unlike character devices, block devices can hold file-system data. In addition, we'll discuss how Linux supports storage/block buses and devices.

In today's class, we will learn about the Linux kernel's input subsystem. This subsystem handles various input devices such as keyboard, mice, etc., with uniformity. An event interface is used to interface the input devices to specific...

Character drivers are fundamental driver types in the Linux kernel, while the byte-oriented driver is referred to as a character driver. Majority of device drivers in Linux fall into this category. We will learn about character drivers and run...

The serial port is a basic communications channel that's used in many systems. In general, a UART is used to implement the serial ports. These ports can be used for terminal sessions, dialup, and devices that use a serial transport, including...

This class will cover the basic aspects of the Linux kernel programming, and we'll differentiate between the kernel and user space. It's a well-known fact that there are certain norms to communicate between the kernel and user space. Hence, we'll...

This class will bring together all the material covered in previous classes to discuss some designs suggested by students to see how they might be implemented most efficiently. Existing reference designs using the STM32F3 family will be used as...

Example designs offered with the DISCOVERY kit will be described and used to illustrate some of the types of designs the ARM Cortex-M4 is specifically efficient at implementing. At the end of this class the student should be comfortable running...