Description: 交通灯信号的ｆｐｇａ实现。通过ｖｅｒｉｌｏｇ语言编程，在ｆｐｇａ上调试通过。-traffic signal lights they simply achieve. Through the Verilog language programming, they simply passed on debugging. Platform: |
Size: 948 |
Author:王海 |
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Description: 交通灯信号的ｆｐｇａ实现。通过ｖｅｒｉｌｏｇ语言编程，在ｆｐｇａ上调试通过。-traffic signal lights they simply achieve. Through the Verilog language programming, they simply passed on debugging. Platform: |
Size: 1024 |
Author:王海 |
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Description: 本程序实现了一个十字路口的交通灯信号系统。在设计过程中借助硬件描述语言verilog hdl的强大行为级描述能力直接进行系统级描述。-This procedure implements a crossroads of traffic lights signal system. During the design process using VHDL verilog hdl behavioral description of a powerful ability to direct system-level description. Platform: |
Size: 1024 |
Author:liushenshen |
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Description: 基于FPGA的交通灯系统控制程序。用的是verilog.-FPGA-based traffic signal system control procedures. Using verilog. Platform: |
Size: 144384 |
Author:fuyu |
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Description: 用Verilog实现的交通信号灯控制，主干道和支路通行的时间不相等-Using Verilog implementation of traffic signal control, the trunk road and the slip is not the same passage of time Platform: |
Size: 3072 |
Author:huhahuha |
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Description: 用verilog写的基于cpld的交通灯控制器的源代码，供参考-Use verilog to write cpld-based traffic signal controllers and the source code for reference Platform: |
Size: 321536 |
Author:许璐璐 |
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Description: 十字路口交通灯控制器，是课程的结课设计报告，自己写的verilog语言，在quartus ii环境下仿真，具有参考意义。
-traffic signal controllers and It is a subject design report, written in verilog, quartus ii environment, and can be used with reference. Platform: |
Size: 300032 |
Author:邓涛 |
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Description: 实现路口交通灯系统的控制方法很多，可以用标准逻辑器件，可编程控制器PLC，单片机等方案来实现。但是这些控制方法的功能修改及调试都需要硬件电路的支持，在一定程度上增加了功能修改及系统调试的困难。因此，在设计中采用EDA技术，应用目前广泛应用的Verilog HDL硬件电路描述语言，实现交通灯系统控制器的设计，利用MAX+PLUS 集成开发环境进行综合、仿真，并下载到CPLD可编程逻辑器件中，完成系统的控制作用。-Intersection traffic signal systems to achieve the control of many ways you can use standard logic devices, programmable logic controller PLC, microcontroller and other programs to achieve. However, the functions of these control methods require modification and debugging support for hardware circuit, to a certain extent, an increase of functional modifications and system debugging difficulties. Thus, in the design using EDA technologies, applications, the widely used Verilog HDL hardware circuit description language to realize the design of traffic signal system controller, using MAX+ PLUS a comprehensive integrated development environment, simulation, and downloaded to the CPLD programmable logic devices to complete the system control role. Platform: |
Size: 1024 |
Author:沈田 |
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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: 利用Verilog HDL语言编写的交通信号灯。通过led模拟信号灯，并通过数码管显示倒计时。-Traffic lights using Verilog HDL language. Led analog signal lights and digital display countdown. Platform: |
Size: 764928 |
Author:xiaotian |
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Description: FPGA模拟实现的交通灯控制系统，语言为Verilog，环境为QurtursII，默认情况下按预先设定的时间进行倒计时，支持人工控制模式让某一方向信号灯常亮。信号灯采用LED代替-The FPGA simulation realization of traffic light control system, language, Verilog, environment QurtursII, default preset time countdown, support manual control mode for a direction signal lamps lit. Signal lights using LED instead Platform: |
Size: 624640 |
Author:wicoboy |
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Description: 使用verilog语言编写的双向交通信号控制灯程序，通过状态机转换实现车行道和人行道功能，以cyclone IV系列开发板做为应用平台。-Verilog language using two-way traffic signal control lights procedures, driveway and sidewalk functions via a state machine transition to cyclone IV Series development board as the application platform. Platform: |
Size: 3657728 |
Author:郑俊哲 |
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