Microcontroller Configuration을 위한 Small Scale Registry 컨셉트

Abstract

We propose a registry concept that is optimized with respect to the special architectural and computational aspects of microcontroller centered systems. Our registry concept is self-contained, allows the realization of hierarchically organized configuration environments and is minimal regarding the consumption of volatile memory. The proposed model allows the distribution of different parts of the registry over different kinds of memory as e.g. EEPROM and Flash. Using an imperative programming language the central registry access algorithm can be transparently implemented as a singular function construct. For import and export purposes our model supports the XML representation of registries. We report about a practical implementation in the context of a microcontroller based system for model railway control.