搜索资源列表
vhdl-vga
- VGA 用FPGA驱动VGA显示器并控制部分及横条、竖棋盘格-VGA monitor with a VGA driver and control the FPGA part and the bar, vertical checkerboard
MIT_Video-Scaler
- MIT的video scaler论文，文章后面附有c和verilog程序源代码，分为水平缩放和垂直缩放-MIT video scaler papers, articles, source code attached to the back, divided into horizontal scaling and vertical scaling
vga_colors
- 该项目在VGA显示器上显示8色竖彩条。使用VerilogHDL语言编写，在Altera公司的QuartusII开发环境下验证通过。-The project was displayed on the monitor VGA color vertical color 8. VerilogHDL language used in Altera' s development environment QuartusII verification through.
VGA
- 该项目在VGA显示器上显示8色竖彩条,使用的是verilog HDL语言编写，言简意赅，一目了然-VGA display of the item shown in the 8-color vertical color
vga_colors
- 在VGA显示器上显示8色竖彩条,使用verilog语言编写，quartusII编译成功-VGA monitor display in 8-color vertical color
jiAOTONGDENG
- 本实验主要模拟位于十字路口的交通灯，十字路口的交通灯分为横向和纵向两 个方向，每个方向上面的交通灯有红灯亮，黄灯亮，绿灯亮三种状态。它们之间状 态的关系如上面的表格所示。 上面各个状态是连续循环变化的，可以由状态机来实现，每两个状态之间的间 隔要在10 秒左右（实验板上面的时钟频率是50MHz）。 交通灯的三种状态用实验板上的三个LED 灯表示，两个方向一共要使用六个 LED。 -Simulation of this experiment is located at
example7
- 模拟控制一个十字路口的交通灯，横向路口控制灯为 row1 和 row3；纵向路口控制灯为 row2 和 row4。-Analog control a crossroads of traffic lights, lights for row1 lateral junctions and row3 vertical junctions lights for row2 and row4.
vga5
- VGA彩条发生器设计，可实现8条横、竖彩条和多彩棋盘格的显示。经过硬件测试，-VGA Color Bar Generator designed to achieve the eight horizontal, vertical color bars and colorful checkerboard display. After the hardware test,
QutartusII_compatibility
- 关于Qutartus II 器件垂直移植（兼容设计）方法-Qutartus II devices on the vertical transfer (compatible design) method
vga1012
- VHDL实现VGA显示的横竖彩条，可以进行横彩条，竖彩条的显示控制，包括源码和全部工程文件-VHDL achieve horizontal and vertical color VGA display article can be horizontal color bars, vertical color bars display control, including source code and all engineering documents
VGA_test
- 基于FPGA设计的一段测试VGA接口的VHDL小程序\功能为在显示器上间隔显示横条、竖条以及棋盘格等彩条信号，希望对初学FPGA驱动VGA接口的电子爱好者有用-FPGA-based design of a VGA interface VHDL test applet \ functions for the intervals shown in the display bar, vertical bars and checkerboard patterns and other signals of
vga_disp
- 本程序为自己毕业设计用，可通过数据控制VGA显示动态竖彩条，为了使大家容易理解此程序，我对其中关键处作了详细说明，希望对FPGA爱好者和FPGA初学者有用!-The graduate program designed for their own use, data control via dynamic vertical color VGA display section, in order for you easy to understand this process, key Departm
vga
- 能够通过FPGA系统进行控制，由VGA接口在电脑显示器上显示横条，竖条和棋盘图形-FPGA systems through control of the computer monitor by the VGA interface to display bar, vertical bar and board graphics
VGA
- 用FPGA驱动VGA显示器并控制VGA显示部分俄罗斯方块以及横条、竖条、棋盘格等-Driving with FPGA VGA VGA display and control the display part of the Russian box and bar, vertical bar, checkerboard, etc.
vga
- 用verilog HDL编写的在VGA显示屏上显示横条竖条棋盘的程序-Written in verilog HDL using VGA vertical bar on the display board of the program bar
COLOR
- VGA彩条 竖彩条 横彩条 产生棋盘格 行同步 场同步 场同步-VGA color of the vertical color of the horizontal color bar
vga_sync
- 显示器控制程序，控制显示器的场同步和行同步-Display control program to control the display of the vertical sync and horizontal sync
mc_t
- 利用verilog实现H.264中半像素插值功能。30个周期完成一个4x4块儿的横向、纵向和斜向的插值。-Verilog implementation using H.264 in the half-pixel interpolation function. 30 cycles to complete a 4x4 pieces of horizontal, vertical and diagonal interpolation.
mc
- 通过VHDL实现H.264算法中的半像素插值模块。该模块儿可在30个周期内完成一个4x4块的横纵斜插值。-H.264 algorithm by VHDL implementation of the half pixel interpolation module. The module can be in 30 children complete a cycle of vertical and horizontal 4x4 block Xiecha value.
Vertical-Handover-between-WiFi-and-UMTS-Networks-
- Vertical Handover between WiFi and UMTS Networks