C Programming for Embedded Applications

Focused View

Eduardo Corpeño

2:05:14

279 View

01 - Introduction

01 - Getting started in embedded systems.mp4

01:17

02 - What you should know.mp4

01:31

03 - Using the exercise files.mp4

01:11

02 - 1. Embedded Systems

01 - Applications OS vs. embedded.mp4

03:47

02 - Memory.mp4

03:36

03 - Storage.mp4

01:56

04 - Energy consumption.mp4

01:59

05 - Processing power.mp4

01:32

06 - Hardware awareness.mp4

03:09

07 - C vs. Embedded C.mp4

01:44

03 - 2. Data Types

01 - Integral types.mp4

04:20

02 - Floating-point types.mp4

06:25

03 - A quick analysis of memory usage with Keil.mp4

06:06

04 - Checking memory usage with Arduino.mp4

03:50

04 - 3. Bit Manipulation

01 - Masking.mp4

05:25

02 - Bit masking with Arduino.mp4

02:40

03 - Bit fields.mp4

03:20

04 - A bit field example with Keil.mp4

04:44

05 - 4. Qualifiers

01 - The volatile qualifier.mp4

04:38

02 - The const qualifier.mp4

04:46

03 - Protect variables using volatile.mp4

06:38

04 - Dont let the optimizer remove your while loop.mp4

03:55

06 - 5. Function Alternatives

01 - Lookup tables.mp4

04:31

02 - Macro functions.mp4

04:04

03 - Inline functions.mp4

03:39

04 - LUT vs. function example in Arduino.mp4

08:20

05 - LUT vs. function example in Keil.mp4

04:56

06 - Inline function example in Keil.mp4

03:42

07 - 6. Floating-Point Unit Alternatives

01 - Software implementation of float.mp4

03:16

02 - Fixed-point math.mp4

04:11

03 - Float-point vs. fixed-point example.mp4

04:15

04 - Float-point unit example in Keil.mp4

04:46

08 - Conclusion

01 - Next steps.mp4

01:05

Description

Learn to write embedded software in C and deliver applications that are small, efficient, and fast. In this course, instructor Eduardo Corpeño explains how C programming and the Internet of Things combine in embedded applications—software that permanently resides on a device. He reviews the challenges involved in this type of programming, ranging from memory, storage, and power limitations to hardware awareness. He explains how different data types can affect the performance of your app and reviews bit manipulation—an area where C shines. Eduardo shows how to manipulate bit-level data using bit masking and bit fields, demonstrating the strengths of both techniques with an Arduino controller. Then learn how to use the volatile and const variables to enforce data correctness and read-only access, and explore alternatives to traditional functions, which may take too long to run, and floating-point math, which consumes CPU.

More details

User Reviews

Rating

average 0

Total votes0

Focused display

C

Eduardo Corpeño

Instructor's Courses

Electrical and Computer Engineer with over 20 years of experience as an instructor and mentor at a leading technology university. Passionate about excellence and robust solutions that can solve problems efficiently. An embedded systems instructor experienced on the leading industry technologies in both commercial and open architectures. A seasoned programmer in a handful of the most industry relevant programming languages, not afraid of learning others quickly. Passionate about online education since 2011, having authored and produced over 30 online courses ranging from basic programming to AI applications and embedded systems.

Linkedin Learning

View courses Linkedin Learning

LinkedIn Learning is an American online learning provider. It provides video courses taught by industry experts in software, creative, and business skills. It is a subsidiary of LinkedIn. All the courses on LinkedIn fall into four categories: Business, Creative, Technology and Certifications. It was founded in 1995 by Lynda Weinman as Lynda.com before being acquired by LinkedIn in 2015. Microsoft acquired LinkedIn in December 2016.