ARINC661 Graphics Rendering Based on OpenVG and Its Use Cases with Wireless Communications

Yoon, Jiyoung; Baek, Nakhoon; Lee, Hwanyong

doi:10.1007/s11277-015-3163-y

Cited by 3 publications

(2 citation statements)

References 1 publication

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“…Reference [4] describes the creation of an airplane instrument panel based on VxWorks OS and a Tilcon interface generator. Reference [5] was devoted to the creation of devices using RTOS; however, applied approaches do not involve GPU for acceleration and performance of all calculations on the CPU. Notably, a previous study [6] described an approach to the creation of devices using embedded systems as well as ARINC 661 and OpenVG standards.…”

Section: Related Workmentioning

confidence: 99%

Architecture of Graphics System with 3D Acceleration Support for Embedded Operating Systems

Giatsintov,

Mamrosenko,

Bazhenov

2024

Tsinghua Sci. Technol.

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An increasing number of tasks now require the use of hardware accelerators to reduce the time required for computation and display the computational results. This paper presents a new graphics system architecture for operating systems (OSs) with microkernel architecture, including real-time OSs. The proposed system architecture provides capabilities for displaying graphical images on various information display devices and for accelerating graphical operations on GPU. The architecture of the graphics system uses a concept of allocators to manage system and video memory, provides an abstraction of memory operations with a single interface for video memory management, and simplifies memory handling where incorrect operation is the cause of many failures. A comparison between the performance of a real-time OS and Linux OS implementing the graphics system using the example of a glmark2 benchmark is presented, thereby the superiority of the proposed architecture in several scenarios is demonstrated.

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Section: Related Workmentioning

confidence: 99%

Architecture of Graphics System with 3D Acceleration Support for Embedded Operating Systems

Giatsintov,

Mamrosenko,

Bazhenov

2024

Tsinghua Sci. Technol.

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“…The works [10,11] deal with the issues of rendering speed. In these works the OpenVG library is proposed to use for visualization, instead of using the 3D OpenGL library.…”

Section: Related Workmentioning

confidence: 99%

Optimizing ARINC 661 Rendering for OpenGL with Hardware Support in the JetOS Aviation Operating System

Barladian¹,

Shapiro²,

Deryabin³

et al. 2021

Proceedings of the 31th International Conference on Computer Graphics and Vision. Volume 2

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This paper denotes to the problem of the pilot display visualization speed. The software used in avionics has to follow strict rules prescribed by many standards. The studies used OpenGL Safety Critical (SC) with hardware support for Vivante GPU running in the aircraft real time operating system JetOS. One of the avionics standards – ARINC 661 – defines the application rendered in a cockpit display system. It raises the issue of efficient OpenGL SC using to ensure the acceptable visualization speed. Due to the specific of application prepared by the ARINC 661 server the visualization speed for the prospective aircraft platform (i.MX6 processor with Vivante GPU) is too slow to meet aviation requirements. An efficient visualization speed acceleration algorithm has been proposed and implemented. Firstly the OpenGL calls were optimized. But this optimization cannot be directly integrated into the ARINC 661 server. So a special intermediate module was designed and elaborated. The proposed approach makes it possible to achieve a visualization speed acceptable for an aircraft pilot display.

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Efficient Rendering for the Cockpit Display System Designed in Compliance with the ARINC 661 Standard

Barladian

Shapiro

Deryabin

et al. 2022

Program Comput Soft

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ARINC661 Graphics Rendering Based on OpenVG and Its Use Cases with Wireless Communications

Cited by 3 publications

References 1 publication

Architecture of Graphics System with 3D Acceleration Support for Embedded Operating Systems

Architecture of Graphics System with 3D Acceleration Support for Embedded Operating Systems

Optimizing ARINC 661 Rendering for OpenGL with Hardware Support in the JetOS Aviation Operating System

Efficient Rendering for the Cockpit Display System Designed in Compliance with the ARINC 661 Standard

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