12-06-2012, 04:29 PM
Design of Dynamic Reconfigurable architecture using Model Driven Engineering approach on Real-time Linux based Framework
Design of Dynamic Reconfigurable architecture .pptx (Size: 611.28 KB / Downloads: 34)
Developments: Proposed Scheme
Based on the trend of Component based development(CBD) along with Model driven engineering(MDE): Productive.
Advantages of Linux and open-source for embedded systems.
Characteristics of RTAI make it flexible, upgradable, and very attractive for use in the control and automation domain.
Numerous economic and technical benefits of Linux.
Execution Environment
Embedded Linux is the usage of the Linux kernel and various open-source components in embedded systems.
The Linux kernel and most other architecture-dependent component support a wide range of 32 and 64 bits architectures
Besides the toolchain, the bootloader and the kernel, all other components are generally architecture-independent
The Patch files and Patching :
Linux Isn’t Real-Time
“Interrupt Abstraction”: approach to give Linux deterministic behavior.
A patch is needed to make the kernel work with RTAI.
More usually patch files are available as a compressed form of a .patch file or typically a .patch.bz2 file