Description: 利用Verilog实现交通灯控制 Quartus II平台实现仿真 -Verilog realize the use of traffic lights to control Quartus II simulation platform Platform: |
Size: 145408 |
Author:许东滨 |
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Description: it is a verilog code written for traffic light controller will synthesize in xinlix ise 8.2i.i have tested it om my kit.[i mae my own kit for spartan2 device].it is a state machine based code.-it is a verilog code written for traffic light controller will synthesize in xinlix ise 8.2i.i have tested it om my kit.[i mae my own kit for spartan2 device].it is a state machine based code. Platform: |
Size: 34816 |
Author:yasir ateeq |
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Description: VERILOG语言实现的交通灯控制器,包括工程,源码,及说明文档,对学习很好,已经经过验证.-VERILOG language of the traffic light controller, including engineering, source code, and documentation, to learn well, has been verified. Platform: |
Size: 386048 |
Author:刘成岩 |
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Description: Traffic light problems in verilog code.
Consider a controller for traffic at the intersection of a main highway and a country road
The traffic signal for the main highway gets highest priority because cars are continuously present on the main highway. Thus, the main highway signal remains green by default.
Occasionally, cars from the country road arrive at the traffic light signal. The traffic signal for the country road must turn green only long enough to let the cars on the country road go.
As soon as there are no cars on the country road, the country road traffic signal turns yellow and then red and the traffic signal on the main highway turns green again.
There is a sensor to detect cars waiting on the country road. The sensor sends a signal X as input to the controller. X=1 if there are cars on the country road otherwise, X=0.
There are delays on transitions of states (Delay of Red & Green lights is longer than Yellow light).-Traffic light problems in verilog code.
Consider a controller for traffic at the intersection of a main highway and a country road
The traffic signal for the main highway gets highest priority because cars are continuously present on the main highway. Thus, the main highway signal remains green by default.
Occasionally, cars from the country road arrive at the traffic light signal. The traffic signal for the country road must turn green only long enough to let the cars on the country road go.
As soon as there are no cars on the country road, the country road traffic signal turns yellow and then red and the traffic signal on the main highway turns green again.
There is a sensor to detect cars waiting on the country road. The sensor sends a signal X as input to the controller. X=1 if there are cars on the country road otherwise, X=0.
There are delays on transitions of states (Delay of Red & Green lights is longer than Yellow light). Platform: |
Size: 1024 |
Author:awerjiop |
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Description: 交通灯控制器的Verilog代码,采用了三段式的状态机描述,适合学习和练习,包括了验证代码-A Verilog code of Traffic light controller, using a three-stage state machine description suitable for learning and practice, including the verification code Platform: |
Size: 1024 |
Author:故都 |
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Description: this a traffic light controller programme. the code is wirted by verilog hdl. -this is a traffic light controller programme. the code is wirted by verilog hdl. Platform: |
Size: 312320 |
Author:Waldo |
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Description: 一款交通灯控制芯片的verilog源码,该源码通过仿真并在FPGA上运行成功,可以实现上位机操作控制交通灯的工作模式:两相模式和四相模式。上位机操作通过串口调试助手来完成。源码中与上位机的接口采用的是UART接口。-This is a verilog code for a kind of traffic light controller. The code was simulated and verificated on FPGA. When the code works on FPGA, it can be communicated with PC using serial debugging assistant. The PC can set the mode for traffic light controller: two-phase mode or four-phase mode. In the code, the serial interface is UART. Platform: |
Size: 7168 |
Author:耿瑞 |
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