2013•Unpublished venueRequires access

Quality Impact on Software Performance

Ulisses Brisolara Corrêa, Luís Felipe Garlet Millani, Antonio Carlos Schneider Beck, Luigi Carro

Open publisher page 1 citations

Abstract

Nowadays, market needs pose novel challenges to computer science requiring increasingly computational capacity to deal with more and more complex applications. Embedded systems represent a large slice of these new complex systems. This scenario promoted the employment of advanced hardware platforms on embedded systems. However, embedded software development has not progressed at the same pace. Although high-level technologies have been employed in embedded development it still lacks of understanding about their impact on physical constraints, which are extremely important on embedded domain. This paper analyzes Object Oriented (OO) and procedural implementations running on different processor organizations. We demonstrate that for the future embedded processors the gains of the old-fashioned procedural code over OO code do not justifies the risks of delayed time-to-market.

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What this paper is about

Nowadays, market needs pose novel challenges to computer science requiring increasingly computational capacity to deal with more and more complex applications. Embedded systems represent a large slice of these new complex systems. This scenario promoted the employment of advanced hardware platforms on embedded systems. However, embedded software development has not progressed at the same pace. Although high-level technologies have been employed in embedded development it still lacks of understanding about their impact on physical constraints, which are extremely important on embedded domain. This paper analyzes Object Oriented (OO) and procedural implementations running on different processor organizations. We demonstrate that for the future embedded processors the gains of the old-fashioned procedural code over OO code do not justifies the risks of delayed time-to-market.

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Available abstract

Nowadays, market needs pose novel challenges to computer science requiring increasingly computational capacity to deal with more and more complex applications. Embedded systems represent a large slice of these new complex systems. This scenario promoted the employment of advanced hardware platforms on embedded systems. However, embedded software development has not progressed at the same pace. Although high-level technologies have been employed in embedded development it still lacks of understanding about their impact on physical constraints, which are extremely important on embedded domain. This paper analyzes Object Oriented (OO) and procedural implementations running on different processor organizations. We demonstrate that for the future embedded processors the gains of the old-fashioned procedural code over OO code do not justifies the risks of delayed time-to-market.

Key concepts: Computer science, Pace, Implementation, Embedded system, Software, Domain (mathematical analysis), Quality (philosophy), Legacy system

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