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  • Real-Time Embedded Multithreading: Using ThreadX and ARM
    Real-Time Embedded Multithreading: Using ThreadX and ARM. Use the industry s most popular RTOS/processor combination to develop embedded applications that are small, fast, reliable, and deterministic. This book uses a specific demonstration system for illustration so you can apply the techniques
  • Real-Time Concepts for Embedded Systems
    Real-Time Concepts for Embedded Systems. This book bridges the gap between higher abstract modeling concepts and the lower-level programming aspects of embedded systems development. You gain a solid understanding of real-time embedded systems with detailed examples and industry wisdom.
  • Tips for embedded real-time design
    Real-time constraints change the way designers architect control tasks. The PC/104 standard defines a modular system architecture that uses 3.5-in. boards that snap together. The result is a stackthrough bus which uses ISA technology. The related PC/104+ standard uses PCI-format rather than ISA
  • Embedded Computers for Real-time Monitoring in the Mining Industry
    One way to ensure safe operation in the mining industry is through remote monitoring and alarm systems that detect anomalies and trigger emergency alerts. Embedded computers play an essential role in integrating different devices into a real-time monitoring and alarm system.
  • Real-Time Systems Development
    Real-Time Systems Development. Assuming a level of general systems design and programming experience, this text will help computing students understand the development of software for real-time applications, involving data i/o, multi-tasking, embedded processors, and more.
  • Designing Embedded Communications Software
    Designing Embedded Communications Software. With this foundation, you explore a development model that addresses the complete range of issues in the design of embedded communications software, including real-time operating systems, hardware and software partitioning, layering, and protocol stacks.
  • Embedded Software - An Overview
    To implement an embedded application, a wide range of software choices must be made before implementation is started. Some typical decisions might be: - Should I use an operating system or not? - Does my application need real-time performance? - Do I want my application to execute in a 16-bit
  • Performance without Compromise: Implementing Real-time Control and Communications with a dual-subsystem microcontroller
    With the growing importance of energy efficiency and smart grid technology, there is an increasing need for reliable silicon that supports real-time control with an interface capable of connecting to a wider network. Many robotic and automation applications, for example, have drive systems managing

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