This is a highly-practical guide for hobbyists, engineers and scientists wishing to build measurement and control systems to be used in conjunction with a local or even remote Personal Computer. The book covers both hardware and software aspects of designing typical embedded systems based on personal computers running the Windows operating system. It's use of modern techniques in detailed, numerous examples has been designed to show clearly how straightforward it can be to create the interfaces between digital and analogue electronics, programming and Web-design. With an emphasis on learning by doing, readers are encouraged by examples to program with ease; the book provides clear guidelines as to the appropriate programming techniques 'on the fly'. Complete and well-documented source code is provided for all projects.

Complete pratical measurement systems using a PC : Circuit design and progralling in C# and Visual Basic

Computers & Technology

Magda, Yury

Programming Languages

PUBLITR ELEKTOR

Nowadays MicroPython is becoming one of the most popular programming tools for embedded systems. MicroPython allows you to control hardware connected to the MicroPython board, write code modules expanding the features of your program, store them on an SD card for later use, and much more. MicroPython comes with modules for interacting with the hardware such as interrupts, timers, LEDs, ADC, DAC, PWM and other peripherals.Virtually MicroPython allows you to gain complete and direct control of the hardware, but in practice many essential capabilities of MicroPython remain unused. This book aims to cover many hidden aspects of hardware control and code optimization for the popular boards based upon the STM32F4xx microcontrollers.This book is not for absolute beginners. It is assumed that you already have some experience and practical skills in MicroPython programming and understand the basics of Cortex-M CPU. The material of this book will also be useful for those who want to understand how the Cortex-M peripherals such as I/O ports, Timers, Analog-To-Digital and Digital-To-Analog converters work.The book contains over 80 code examples and numerous tips that may help the readers in designing measurement and control applications in MicroPython. The book is written by the professional embedded engineer experienced over 20 years in designing embedded systems.

Advanced Programming in MicroPython By Example

Programming

Independently published

Designing complex electronic circuits nowadays is almost impossible without using some popular microcontroller development platform. One of the most popular development tools is Arduino that is used by hobbyists and developers for designing various programmable electronic devices and systems. Numerous measurement and control systems based upon the Arduino platform have already been designed and will be designed in future.This book is aimed at hobbyists who want to build high-performance applications using Arduino Uno equipped with the microcontroller Atmega328P.Developing high-performance code is based upon the low-level programming of Atmega328 built-in peripherals, therefore the material of the book includes numerous examples accompanied by the detail descriptions of the code and theory of operations.The material of the book assumes that the readers are familiar, at least, with basics of programming Arduino applications in Arduino IDE. Having basic skills in electronics will also serve the readers well.All examples from this book were developed and tested using the popular Arduino Uno R3 board, although the program code will work on other boards equipped with the Atmega328 microcontroller. The source code is explained in detail so the readers can easily improve it if necessary. As a development environment, the Arduino 1.8.5 IDE was used.

Advanced Programming For Arduino Geeks

Describing how the Assembly language can be used to develop highly effective C++ applications, this guide covers the development of 32-bit applications for Windows. Areas of focus include optimizing high-level logical structures, creating effective mathematical algorithms, and working with strings and arrays. Code optimization is considered for the Intel platform, taking into account features of the latest models of Intel Pentium processors and how using Assembly code in C++ applications can improve application processing. The use of an assembler to optimize C++ applications is examined in two ways, by developing and compiling Assembly modules that can be linked with the main program written in C++ and using the built-in assembler. Microsoft Visual C++ .Net 2003 is explored as a programming tool, and both the MASM 6.14 and IA-32 assembler compilers, which are used to compile source modules, are considered.

Visual C++ Optimization with Assembly Code

A-List Publishing

Reverse Engineering Embedded ARM Binaries By Example