Hardware/software codesign and rapid prototyping of embedded systems

Slomka, Frank; Dörfel, Matthias; Münzenberger, Ralf; Hofmann, Richard

doi:10.1109/54.844331

Cited by 39 publications

(14 citation statements)

References 8 publications

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“…On the one hand, PEG has its own working mechanism for making our program structure clearer and easier to manage. On the other hand, the mechanism of processing resources that contains the text and pictures determines [7] when the program is large-scale those resources will also be well managed.…”

Section: Advantages Of Work On the Large-scale Embedded Systemmentioning

confidence: 99%

Solution of UI based on the Large-Scale Embedded System

Wang¹,

Hong-lian²

2014

TOCSJ

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This article aims to provide a solution of UI (User Interface) of large-scale embedded systems which depends on the PEG library. UI implementation of embedded systems requires a good portability, that no matter what kind of target hardware, it does not require any software components with graphical output capability. PEG is abbreviation of portable embedded GUI, which is a class library. As long as our environment with a C++ compiler and hardware which can output graphics, you can run PEG, and this precisely is the most important point of the development of embedded system. This article describes the PEG application in the embedded system, and aim to the large-scale embedded systems we provides a solution, make the system has good portability, stability and maintainability.

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Section: Advantages Of Work On the Large-scale Embedded Systemmentioning

confidence: 99%

Solution of UI based on the Large-Scale Embedded System

Wang¹,

Hong-lian²

2014

TOCSJ

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“…Design embedded sys -tems poses challenges in performance evaluation, selec -tion of appropriate parts for system implementation, and verification of such systems for functional and temp -oral properties [1].Due to the complexity, cost require -ments and timing constraints of such systems [2], the traditional co-design methodology, that designers make the hardware/software(HW/SW) partitioning decisions at an early stage in development cycle and develop the hard -ware and software designs independently from then on, is not suitable for design requirements because of the lack of a unified representation, simulation, and synthesis framework [3]. Usually, simulation is used for exploring the design space and validating the functional and timing behaviors of embedded systems [2]. But recently available tools mainly aim at low-level co-simulation, simulation speed is too slow.…”

Section: Introductionmentioning

confidence: 99%

Cost-effective Hardware/Software Co-verification Environment and Co-Design Method based on C Prototype

Gu-gang

Shi²,

Yang³

et al. 2006

2006 8th International Conference on Solid-State and Integrated Circuit Technology Proceedings

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1This paper presents a novel C simulation based hardware -software co-verification environment and co-design me -thodology for computation-intensive applications. For reducing verification time and verifying the design adeq -uately, this paper uses hierarchical verification method. At IP level, we propose C reference model based verification strategy. An example of a low cost MPEG-4 decode SoC is use to illustrate our approach's validity.

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“…Many hardware/software co-design techniques can be used to analyze the effectiveness of embedded system architectures. Slomka et al [15] discuss the development life cycle of designing embedded systems. In their approach, various partitionings of software onto hardware devices are proposed and analyzed to determine if predefined performance requirements can be met.…”

Section: Related Workmentioning

confidence: 99%