System Level Design for Embedded Reconfigurable Systems Using MORPHEUS Platform

Brelet, Paul; Grasset, Arnaud; Bonnot, Philippe; Ieromnimon, Frank; Kritharidis, Dimitrios; Voros, Nikolaos S.

doi:10.1109/isvlsi.2010.13

Cited by 3 publications

(2 citation statements)

References 5 publications

Supporting

Mentioning

Contrasting

Order By: Relevance

“…In this paper, we *Address correspondence to these authors at the Department of electronic information and engineering, Beijing Information Science & Technology University, Beijing, China, 100103; E-mails: wangtiantian109@gmail.com and lihonglian@bistu.com.cn propose a solution of UI for the large-scale embedded system design [2].…”

Section: Embedded Systems and Pegmentioning

confidence: 99%

Solution of UI based on the Large-Scale Embedded System

Wang¹,

Hong-lian²

2014

TOCSJ

View full text Add to dashboard Cite

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.

show abstract

Section: Embedded Systems and Pegmentioning

confidence: 99%

Solution of UI based on the Large-Scale Embedded System

Wang¹,

Hong-lian²

2014

TOCSJ

View full text Add to dashboard Cite

show abstract

“…This solution is mentioned in [8] and [9], which respectively implement the computational cores as coprocessors or heterogeneous reconfigurable engines.…”

Section: Related Workmentioning

confidence: 99%

Flexible, Open and Efficient Embedded Multimedia Systems

Fuente¹,

Barba²,

Rincón³

et al. 2012

Embedded Systems - High Performance Systems, Applications and Projects

View full text Add to dashboard Cite

In this chapter, a Hw/Sw framework for SoC based embedded multimedia systems is described. In addition to the benefits inherited from the use of the FPGA technology, our solution is also based on the use of OpenMAX standard [1]. This allows building multimedia embedded systems in a reasonable time and, at the same time, being such systems fully reusable and portable.OpenMAX is an open standard promoted by the Khronos Group 1 which pursuits to reduce the cost and complexity of porting multimedia software to new processors and architectures. Since the OpenMAX standard provides an only software reference implementation, it has been necessary to revisit and redesign all the architectural concepts and protocols of OpenMAX for the heterogeneous embedded systems ecosystem; this means that the proposed framework is intended for hybrid (Hw/Sw) multimedia systems development. Therefore, a flexible and transparent mechanism to manage Hw/Sw interfacing is necessary. Moreover, to cope with the demanded temporal and computational requirements, it is mandatory to keep the overload introduced by the integration infrastructure to a minimum.The framework described in this work borrows the facilities provided by the Object Oriented Communication Engine (OOCE) [5]. OOCE is an heterogeneous middleware for SoCs. It provides basic and advanced in-chip communication services to transparently handle communication between the software and the hardware parts of an embedded system. In order to meet the performance levels demanded by multimedia systems, in this work we have extended OOCE with new features and some optimizations. The framework also follows a design approach based on MDA (Model Driver Architecture, [6]), in order to ease the design workflow (as it is stated in the "MDA manifest" [7]). The main purpose of the framework is then raising the level of abstraction when defining the multimedia system, in order to facilitate the automatization of the design, analysis and verification through the use of executables models.

show abstract