基于FPGA的硬件图形驱动

N. I. Pikuleva, A. Khafizova, D. A. Gashigullin
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引用次数: 1

摘要

本文考虑了VGA接口的可编程逻辑集成电路(FPGA)驱动的硬件实现问题。在工作过程中,使用了各种电路设计的方法和技术:电路的图形输入,用电子电路描述语言VHDL[1]描述电路,使用现成的电路块- ip核,低级编程。在硬件上解决了与外围设备(按钮、滑块、转角传感器-编码器)的交互问题。解决了通过VGA接口在显示器上显示文字和图形信息的问题。硬件控制器采用VHDL语言实现对设备的控制,选择命令系统。给出了该装置的硬件成本估算和测试结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Hardware Graphics Driver Based on FPGA
In this article, the formulation of the problem of hardware implementation on a programmable logic integrated circuit (FPGA) driver for the VGA interface is considered. In the course of work, various methods and techniques of circuit design are used: graphical input of circuits, description of circuits in the language of description of electronic circuits - VHDL [1], use of ready-made circuit blocks - IP-cores, low-level programming. Problems of interaction with peripheral devices (buttons, sliders, rotation angle sensor - encoder) are solved in hardware. The tasks of displaying text and graphic information on the display via a VGA interface are being solved. The hardware controller is implemented to control the device using the VHDL language, the command system is selected. Estimates of hardware costs and test results of the developed device are presented.
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