文件名称:lift
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本课题要求设计一个电梯控制系统，传统的电梯控制系统仅仅要求实现对一栋电梯的控制，而本题要求设计一个实现两栋电梯联动的基于VHDL的电梯控制系统。具体要求如下：
需要大楼为4层，2部电梯，每部电梯内部都有如下按键：1-4楼的按键选择，开门键，关门键，报警键。每部电梯的每层楼外面都有上楼键和下楼键（1楼只有上楼键，六楼只有下楼键）。电梯的设计参照日常生活中电梯实际运行规律设计。 两部电梯之间互相联动，即同时按下任何一部电梯的外部向上或向下键之后，两部电梯同时接受此指令，然后由系统判断，与该请求所在楼层最近并且运行方向相同的电梯执行指令，另一部电梯不执行该指令。
我们设计的电梯控制器是控制电梯按顾客要求自动上下的装置。本文采用VHDL语言来设计实现两栋电梯联动的四层电梯控制器，代码具有良好的可读性和以理解性，源程序使用Altera公司的MAX+plusII软件仿真，本课题的设计具有一定的扩展性，而且可以作为更多层电梯控制器实现的基础。-The project to design an elevator control system, the traditional elevator control system is only required to achieve an elevator control, and to design an implementation of this title two elevator linkage of the elevator control system based on VHDL. Specific requirements are as follows:
Requires the building of 4 floor, 2 lifts, each lift has the following key internal :1-4 floor selection buttons, door keys, door key and alarm button. Each elevator on each floor downstairs outside the key and the keys are upstairs (1st floor button only upstairs, downstairs the sixth floor only key). The design of the elevator lift with reference to the actual daily operation rules design. Linkage between the two lifts to each other, that is also a lift of any external press up or down key, the two elevators at the same time receiving this command, and then by the system to determine, with the request where the floor and run the same direction as the recent lift executing instructions, the other li
需要大楼为4层，2部电梯，每部电梯内部都有如下按键：1-4楼的按键选择，开门键，关门键，报警键。每部电梯的每层楼外面都有上楼键和下楼键（1楼只有上楼键，六楼只有下楼键）。电梯的设计参照日常生活中电梯实际运行规律设计。 两部电梯之间互相联动，即同时按下任何一部电梯的外部向上或向下键之后，两部电梯同时接受此指令，然后由系统判断，与该请求所在楼层最近并且运行方向相同的电梯执行指令，另一部电梯不执行该指令。
我们设计的电梯控制器是控制电梯按顾客要求自动上下的装置。本文采用VHDL语言来设计实现两栋电梯联动的四层电梯控制器，代码具有良好的可读性和以理解性，源程序使用Altera公司的MAX+plusII软件仿真，本课题的设计具有一定的扩展性，而且可以作为更多层电梯控制器实现的基础。-The project to design an elevator control system, the traditional elevator control system is only required to achieve an elevator control, and to design an implementation of this title two elevator linkage of the elevator control system based on VHDL. Specific requirements are as follows:
Requires the building of 4 floor, 2 lifts, each lift has the following key internal :1-4 floor selection buttons, door keys, door key and alarm button. Each elevator on each floor downstairs outside the key and the keys are upstairs (1st floor button only upstairs, downstairs the sixth floor only key). The design of the elevator lift with reference to the actual daily operation rules design. Linkage between the two lifts to each other, that is also a lift of any external press up or down key, the two elevators at the same time receiving this command, and then by the system to determine, with the request where the floor and run the same direction as the recent lift executing instructions, the other li
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下载文件列表
lift\db\lift.asm.qmsg
....\..\lift.cbx.xml
....\..\lift.cmp.bpm
....\..\lift.cmp.cdb
....\..\lift.cmp.ecobp
....\..\lift.cmp.hdb
....\..\lift.cmp.logdb
....\..\lift.cmp.rdb
....\..\lift.cmp.tdb
....\..\lift.cmp0.ddb
....\..\lift.cmp_bb.cdb
....\..\lift.cmp_bb.hdb
....\..\lift.cmp_bb.logdb
....\..\lift.cmp_bb.rcf
....\..\lift.dbp
....\..\lift.db_info
....\..\lift.eco.cdb
....\..\lift.fit.qmsg
....\..\lift.hier_info
....\..\lift.hif
....\..\lift.map.bpm
....\..\lift.map.cdb
....\..\lift.map.ecobp
....\..\lift.map.hdb
....\..\lift.map.logdb
....\..\lift.map.qmsg
....\..\lift.map_bb.cdb
....\..\lift.map_bb.hdb
....\..\lift.map_bb.logdb
....\..\lift.pre_map.cdb
....\..\lift.pre_map.hdb
....\..\lift.psp
....\..\lift.pss
....\..\lift.rtlv.hdb
....\..\lift.rtlv_sg.cdb
....\..\lift.rtlv_sg_swap.cdb
....\..\lift.sgdiff.cdb
....\..\lift.sgdiff.hdb
....\..\lift.signalprobe.cdb
....\..\lift.sld_design_entry.sci
....\..\lift.sld_design_entry_dsc.sci
....\..\lift.smp_dump.txt
....\..\lift.syn_hier_info
....\..\lift.tan.qmsg
....\..\lift.tis_db_list.ddb
....\..\prev_cmp_lift.asm.qmsg
....\..\prev_cmp_lift.fit.qmsg
....\..\prev_cmp_lift.map.qmsg
....\..\prev_cmp_lift.qmsg
....\..\prev_cmp_lift.tan.qmsg
....\lift.asm.rpt
....\lift.done
....\lift.fit.rpt
....\lift.fit.smsg
....\lift.fit.summary
....\lift.flow.rpt
....\lift.map.rpt
....\lift.map.summary
....\lift.pin
....\lift.pof
....\lift.qpf
....\lift.qsf
....\lift.qws
....\lift.sof
....\lift.tan.rpt
....\lift.tan.summary
....\lift.vhd
....\lift.vhd.bak
....\db
lift
....\..\lift.cbx.xml
....\..\lift.cmp.bpm
....\..\lift.cmp.cdb
....\..\lift.cmp.ecobp
....\..\lift.cmp.hdb
....\..\lift.cmp.logdb
....\..\lift.cmp.rdb
....\..\lift.cmp.tdb
....\..\lift.cmp0.ddb
....\..\lift.cmp_bb.cdb
....\..\lift.cmp_bb.hdb
....\..\lift.cmp_bb.logdb
....\..\lift.cmp_bb.rcf
....\..\lift.dbp
....\..\lift.db_info
....\..\lift.eco.cdb
....\..\lift.fit.qmsg
....\..\lift.hier_info
....\..\lift.hif
....\..\lift.map.bpm
....\..\lift.map.cdb
....\..\lift.map.ecobp
....\..\lift.map.hdb
....\..\lift.map.logdb
....\..\lift.map.qmsg
....\..\lift.map_bb.cdb
....\..\lift.map_bb.hdb
....\..\lift.map_bb.logdb
....\..\lift.pre_map.cdb
....\..\lift.pre_map.hdb
....\..\lift.psp
....\..\lift.pss
....\..\lift.rtlv.hdb
....\..\lift.rtlv_sg.cdb
....\..\lift.rtlv_sg_swap.cdb
....\..\lift.sgdiff.cdb
....\..\lift.sgdiff.hdb
....\..\lift.signalprobe.cdb
....\..\lift.sld_design_entry.sci
....\..\lift.sld_design_entry_dsc.sci
....\..\lift.smp_dump.txt
....\..\lift.syn_hier_info
....\..\lift.tan.qmsg
....\..\lift.tis_db_list.ddb
....\..\prev_cmp_lift.asm.qmsg
....\..\prev_cmp_lift.fit.qmsg
....\..\prev_cmp_lift.map.qmsg
....\..\prev_cmp_lift.qmsg
....\..\prev_cmp_lift.tan.qmsg
....\lift.asm.rpt
....\lift.done
....\lift.fit.rpt
....\lift.fit.smsg
....\lift.fit.summary
....\lift.flow.rpt
....\lift.map.rpt
....\lift.map.summary
....\lift.pin
....\lift.pof
....\lift.qpf
....\lift.qsf
....\lift.qws
....\lift.sof
....\lift.tan.rpt
....\lift.tan.summary
....\lift.vhd
....\lift.vhd.bak
....\db
lift