Name		Name	Last commit message	Last commit date
bin/Debug		bin/Debug
obj/Debug		obj/Debug
BBAsm.txt		BBAsm.txt
BasicBlockPartition.c		BasicBlockPartition.c
BasicBlockPartition.h		BasicBlockPartition.h
DFG.c		DFG.c
DFG.h		DFG.h
Genetic.c		Genetic.c
Genetic.h		Genetic.h
InstructionList.txt		InstructionList.txt
List.c		List.c
List.h		List.h
PDT.txt		PDT.txt
PDT2.txt		PDT2.txt
PDT3.txt		PDT3.txt
Program.h		Program.h
README.md		README.md
Scheduling.c		Scheduling.c
Scheduling.cbp		Scheduling.cbp
Scheduling.depend		Scheduling.depend
Scheduling.h		Scheduling.h
Scheduling.layout		Scheduling.layout
asm.s		asm.s
asm2.s		asm2.s
asmScheduled.s		asmScheduled.s
bsrch.s		bsrch.s
bubble.s		bubble.s
dfg_example.txt		dfg_example.txt
in.s		in.s
main.c		main.c
out.s		out.s
pisa.c		pisa.c
pisa.h		pisa.h
quick.s		quick.s

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Low-Power-Instruction-Scheduling

The program analyzes assembly code to build the instruction dependency graph.
Then a genetic algorithm (proposed by me) is used to re-order assembly instructions based on the dependency graph with the objective to reduce the energy.
All the code was written in C using CodeBlock IDE in Linux environment.

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Reduce energy consumption of embedded processors by re-ordering assembly instructions

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