에너지 지킴이(e-Keeper)

Last updated, March-1-2010.

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In this subjects, To cope with the new design and change of architecture, we constructs a programmable architecture and generates an energy-oriented software development tool-suite through the structural, behavioral, and energy consumption management informations in embedded systems, SoC design areas. To achieve the goals of this research, Firstly, we research about the design of EoADL, the class-based hierarchical energy-oriented ADL , captures the structural, behavioral, and energy management informations of the architecture. Secondly, we research about the implementation of the retargetable software development tool-suite, e-Keeper, through the EoADL. Thirdly, we research about the formalized description of the processor energy-optimization techniques. Finally, we describes the ARM-11, MIPS R4000 based on the actual EoADL.
EoADL describes the structural, behavioral, and efficient energy management techniques of the architecture and employes a simple C++-like syntax to ease specification and enhance write-ability. Eo-Compiler and E-optimizer generates an energy efficient assembly codes through the code selection and various code optimization techniques. Eo-Assembler translates assembly codes to object codes and then generates an EoELF, captures the informations of energy managements, using linker. Eo-Simulator constructs the programmable execution environment and performs the execution, the verification and the energy monitoring about the EoELF together with the traditional performance evaluations. Finally, Eo-Debugger, object code level debugger, estimates the location and consumption capacities of the energy on the Eo-Simulator.

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Contacts: (Tel.) : +82-33-730-0486 | (Fax.) : +82-33-730-0480 |(E-mail) kkman@sangji.ac.kr