The Embdedded Software of Development Process & Quality Evaluation Method
Jin Jin Yu, Yang Hae Sool
Abstract
Jin Jin Yu, Yang Hae Sool
Abstract
Recently use of embedded software has been increased to different areas. The requirements and demands for the embedded software have also been altered. In the past, the embedded system was used in simple task and small portable devices but now, the usage of the embedded software has expanded to do much more complex and precise actions in a variety platform environment. The embedded software enables multiple softwares to be integrated into one and at the same time, control it. Currently the biggest challenges embedded software is facing during its development process is the improvement in product production and quality assurance. Our research team has developed an embedded software based on the component (technology or methodology) which both improves production capabilities as well as quality. Additionally, we also established and constructed a reliability test system which can effectively test the quality of the developed embedded software to further increase its competiveness.
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Recently use of embedded software has been increased to different areas. The requirements and demands for the embedded software have also been altered. In the past, the embedded system was used in simple task and small portable devices but now, the usage of the embedded software has expanded to do much more complex and precise actions in a variety platform environment. The embedded software enables multiple softwares to be integrated into one and at the same time, control it. Currently the biggest challenges embedded software is facing during its development process is the improvement in product production and quality assurance. Our research team has developed an embedded software based on the component (technology or methodology) which both improves production capabilities as well as quality. Additionally, we also established and constructed a reliability test system which can effectively test the quality of the developed embedded software to further increase its competiveness.
Key concepts: Embedded software, Software quality, Software quality control, Software development, Software construction, Avionics software, Software quality assurance, Verification and validation