文件名称:trafficlight_work
介绍说明－－下载内容均来自于网络，请自行研究使用
运用verilog编程的简单程序
用于大学数字逻辑实验
交通灯控制器
具体设计要求：
1、十字路口，东西方向，南北方向红黄绿交通灯各三盏，绿灯通行，红灯停止，黄灯过渡准备
2、东西方向、南北方向两交通要道的通行时间控制基本相等
3、绿灯4秒，黄灯2秒，红灯6秒。与使用交通灯相似
4、加入人互干预交通灯控制，使红绿灯在人工干预控制下即可翻转
5、红灯待时，同时显示（计数器减1显示），当计数器显示为零时，即可通行。-a little work for university student who is learning verilog
用于大学数字逻辑实验
交通灯控制器
具体设计要求：
1、十字路口，东西方向，南北方向红黄绿交通灯各三盏，绿灯通行，红灯停止，黄灯过渡准备
2、东西方向、南北方向两交通要道的通行时间控制基本相等
3、绿灯4秒，黄灯2秒，红灯6秒。与使用交通灯相似
4、加入人互干预交通灯控制，使红绿灯在人工干预控制下即可翻转
5、红灯待时，同时显示（计数器减1显示），当计数器显示为零时，即可通行。-a little work for university student who is learning verilog
(系统自动生成,下载前可以参看下载内容)
下载文件列表
交通灯
......\db
......\..\prev_cmp_work.qmsg
......\..\wed.wsf
......\..\work.asm.qmsg
......\..\work.asm_labs.ddb
......\..\work.cbx.xml
......\..\work.cmp.bpm
......\..\work.cmp.cdb
......\..\work.cmp.ecobp
......\..\work.cmp.hdb
......\..\work.cmp.kpt
......\..\work.cmp.logdb
......\..\work.cmp.rdb
......\..\work.cmp.tdb
......\..\work.cmp0.ddb
......\..\work.cmp_merge.kpt
......\..\work.db_info
......\..\work.eco.cdb
......\..\work.eds_overflow
......\..\work.fit.qmsg
......\..\work.fnsim.cdb
......\..\work.fnsim.hdb
......\..\work.fnsim.qmsg
......\..\work.hier_info
......\..\work.hif
......\..\work.lpc.html
......\..\work.lpc.rdb
......\..\work.lpc.txt
......\..\work.map.bpm
......\..\work.map.cdb
......\..\work.map.ecobp
......\..\work.map.hdb
......\..\work.map.kpt
......\..\work.map.logdb
......\..\work.map.qmsg
......\..\work.map_bb.cdb
......\..\work.map_bb.hdb
......\..\work.map_bb.logdb
......\..\work.pre_map.cdb
......\..\work.pre_map.hdb
......\..\work.rtlv.hdb
......\..\work.rtlv_sg.cdb
......\..\work.rtlv_sg_swap.cdb
......\..\work.sgdiff.cdb
......\..\work.sgdiff.hdb
......\..\work.sim.cvwf
......\..\work.sim.hdb
......\..\work.sim.qmsg
......\..\work.sim.rdb
......\..\work.simfam
......\..\work.sld_design_entry.sci
......\..\work.sld_design_entry_dsc.sci
......\..\work.syn_hier_info
......\..\work.tan.qmsg
......\..\work.tis_db_list.ddb
......\..\work.tmw_info
......\..\work_global_asgn_op.abo
......\incremental_db
......\..............\compiled_partitions
......\..............\...................\work.root_partition.cmp.atm
......\..............\...................\work.root_partition.cmp.cfm
......\..............\...................\work.root_partition.cmp.dfp
......\..............\...................\work.root_partition.cmp.hdbx
......\..............\...................\work.root_partition.cmp.kpt
......\..............\...................\work.root_partition.cmp.logdb
......\..............\...................\work.root_partition.cmp.rcf
......\..............\...................\work.root_partition.map.atm
......\..............\...................\work.root_partition.map.dpi
......\..............\...................\work.root_partition.map.hdbx
......\..............\...................\work.root_partition.map.kpt
......\..............\README
......\work.asm.rpt
......\work.done
......\work.fit.rpt
......\work.fit.smsg
......\work.fit.summary
......\work.flow.rpt
......\work.map.rpt
......\work.map.summary
......\work.pin
......\work.pof
......\work.qpf
......\work.qsf
......\work.qws
......\work.sim.rpt
......\work.sof
......\work.tan.rpt
......\work.tan.summary
......\work.v
......\work.vwf