Webserver for Embedded Systems

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Web Server for Embedded Systems


1. TCP/IP-based HTTP as Communication Platform
2. Functional principle of a Web Server
3. Dynamic generated HTML Pages
4. Web Server running under Linux

C Support for Multiple Address Spaces in Embedded Systems

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C Support for Multiple Address Spaces in Embedded Systems


A case for named address space
Named address space on execution space

An IO Device Driver Model and Framework for Embedded Systems

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An I/O Device Driver Model and Framework for Embedded Systems†
David B. Stewart

Abstract: Device drivers are used to provide a layer of
abstraction to hardware input/output (I/O) devices, so that
higher levels of software can access devices in a uniform,
hardware-independent fashion. Our objective is to develop a
device driver framework for embedded systems, that includes
a software model, interface specification, and straightforward
method for realization in any real-time operating system.
We address the many problems associated with
traditional methods of creating device drivers and have
developed a simple and straightforward framework that
addresses the needs of embedded systems and leads to the
development of CASE tools for device driver design. The
framework consists of separate definitions for basic I/O drivers,
sensor-actuator interfaces, and special purpose processors.
This paper specifically describes the framework for
basic I/O drivers.