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06_pll_test

于 2020-09-08 发布 文件大小:227KB
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  基于Xilinx Spartan6系列的fpga的锁相环实现(Based on Xilinx Spartan6 series fpga PLL implementation)

文件列表：

06_pll_test\ipcore_dir\coregen.cgp, 238 , 2015-11-04
06_pll_test\ipcore_dir\coregen.log, 183 , 2015-11-04
06_pll_test\ipcore_dir\create_pll_ip.tcl, 1255 , 2015-11-04
06_pll_test\ipcore_dir\edit_pll_ip.tcl, 1122 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\clk_wiz_v3_6_readme.txt, 6131 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\doc\clk_wiz_v3_6_readme.txt, 6131 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\doc\clk_wiz_v3_6_vinfo.html, 6789 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\doc\pg065_clk_wiz.pdf, 42657 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\example_design\pll_ip_exdes.ucf, 2638 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\example_design\pll_ip_exdes.v, 6242 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\example_design\pll_ip_exdes.xdc, 3154 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\implement\implement.bat, 3616 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\implement\implement.sh, 3495 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\implement\planAhead_ise.bat, 2695 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\implement\planAhead_ise.sh, 2603 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\implement\planAhead_ise.tcl, 3080 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\implement\planAhead_rdn.bat, 2690 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\implement\planAhead_rdn.sh, 2595 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\implement\planAhead_rdn.tcl, 3186 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\implement\xst.prj, 76 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\implement\xst.scr, 168 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\simulation\functional\simcmds.tcl, 142 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\simulation\functional\simulate_isim.bat, 2750 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\simulation\functional\simulate_isim.sh, 2633 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\simulation\functional\simulate_mti.bat, 2751 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\simulation\functional\simulate_mti.do, 2667 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\simulation\functional\simulate_mti.sh, 2621 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\simulation\functional\simulate_ncsim.sh, 2745 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\simulation\functional\simulate_vcs.sh, 2892 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\simulation\functional\ucli_commands.key, 97 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\simulation\functional\vcs_session.tcl, 948 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\simulation\functional\wave.do, 2864 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\simulation\functional\wave.sv, 4344 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\simulation\pll_ip_tb.v, 4991 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\simulation\timing\pll_ip_tb.v, 5480 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\simulation\timing\sdf_cmd_file, 85 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\simulation\timing\simcmds.tcl, 144 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\simulation\timing\simulate_isim.sh, 2724 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\simulation\timing\simulate_mti.bat, 2812 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\simulation\timing\simulate_mti.do, 2709 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\simulation\timing\simulate_mti.sh, 2675 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\simulation\timing\simulate_ncsim.sh, 2782 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\simulation\timing\simulate_vcs.sh, 2967 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\simulation\timing\ucli_commands.key, 62 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\simulation\timing\vcs_session.tcl, 22 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip\simulation\timing\wave.do, 2992 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip.asy, 725 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip.gise, 1258 , 2017-08-12
06_pll_test\ipcore_dir\pll_ip.ncf, 2608 , 2016-11-14
06_pll_test\ipcore_dir\pll_ip.sym, 1981 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip.ucf, 2606 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip.v, 6259 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip.veo, 3984 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip.xco, 8222 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip.xdc, 3049 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip.xise, 4895 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip_flist.txt, 1823 , 2015-11-04
06_pll_test\ipcore_dir\pll_ip_xmdf.tcl, 5839 , 2015-11-04
06_pll_test\ipcore_dir\tmp\customization_gui.0.720739669968.out, 22466 , 2015-11-04
06_pll_test\ipcore_dir\tmp\_cg\_dbg\xil_992.in, 11213 , 2015-11-04
06_pll_test\ipcore_dir\tmp\_cg\_dbg\xil_992.out, 8969 , 2015-11-04
06_pll_test\ipcore_dir\tmp\_xmsgs\pn_parser.xmsgs, 769 , 2015-11-04
06_pll_test\ipcore_dir\_xmsgs\cg.xmsgs, 445 , 2015-11-04
06_pll_test\ipcore_dir\_xmsgs\pn_parser.xmsgs, 815 , 2017-08-12
06_pll_test\iseconfig\pll_test.projectmgr, 6775 , 2017-08-12
06_pll_test\iseconfig\pll_test.xreport, 20664 , 2017-08-12
06_pll_test\par_usage_statistics.html, 4131 , 2016-11-14
06_pll_test\pll_test, 0 , 2015-11-04
06_pll_test\pll_test.bgn, 6722 , 2016-11-14
06_pll_test\pll_test.bit, 340697 , 2016-11-14
06_pll_test\pll_test.bld, 1432 , 2016-11-14
06_pll_test\pll_test.cmd_log, 6392 , 2016-11-14
06_pll_test\pll_test.drc, 194 , 2016-11-14
06_pll_test\pll_test.gise, 13247 , 2017-08-12
06_pll_test\pll_test.lso, 6 , 2016-11-14
06_pll_test\pll_test.ncd, 5310 , 2016-11-14
06_pll_test\pll_test.ngc, 4562 , 2016-11-14
06_pll_test\pll_test.ngd, 6428 , 2016-11-14
06_pll_test\pll_test.ngr, 4139 , 2016-11-14
06_pll_test\pll_test.pad, 11383 , 2016-11-14
06_pll_test\pll_test.par, 8785 , 2016-11-14
06_pll_test\pll_test.pcf, 1448 , 2016-11-14
06_pll_test\pll_test.prj, 63 , 2016-11-14
06_pll_test\pll_test.ptwx, 17749 , 2016-11-14
06_pll_test\pll_test.stx, 0 , 2016-11-14
06_pll_test\pll_test.syr, 11640 , 2016-11-14
06_pll_test\pll_test.twr, 7113 , 2016-11-14
06_pll_test\pll_test.twx, 22803 , 2016-11-14
06_pll_test\pll_test.ucf, 355 , 2015-11-04
06_pll_test\pll_test.unroutes, 161 , 2016-11-14
06_pll_test\pll_test.ut, 553 , 2016-11-14
06_pll_test\pll_test.v, 1712 , 2016-11-14
06_pll_test\pll_test.xise, 37532 , 2015-11-04
06_pll_test\pll_test.xpi, 46 , 2016-11-14
06_pll_test\pll_test.xst, 1095 , 2016-11-14
06_pll_test\pll_test_bitgen.xwbt, 330 , 2016-11-14
06_pll_test\pll_test_envsettings.html, 17560 , 2017-08-12
06_pll_test\pll_test_guide.ncd, 5310 , 2016-11-14
06_pll_test\pll_test_map.map, 5582 , 2016-11-14
06_pll_test\pll_test_map.mrp, 8825 , 2016-11-14

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    一直感觉Windows自带的扫雷程序挺有意思的。学习VC也有很长的时间了，一直没有真正的用心作过什么东西。决定先做个扫雷练练手。由于对MFC掌握的不是很好，程序中的小臭虫还希望各位兄弟们多多指教，共同进步。-have been feeling the Windows demining process quite interesting. Learning VC have very long period of time, has no real intentions over nothing. Decided to become a mine to practice hand. As master of the MFC is not very good procedure for the small bugs also hope you brothers exhibitions, and common progress.
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    本算法使用分治法求解最近点对问题。事先用O(nlogn)时间对x坐标进行排序，使得所有的点是按x坐标从小到大排好序的（x坐标相同时y坐标小的排前），然后取下标小于n/2属于左边的点集PL，取下标大于n/2属于右边的点集PR，即用O(1)时间就可以将规模为n的问题分解为两个规模为n/2的、同类型的子问题。分割完毕之后就可以采用分治法，分别求出PL和PR中的最近点对，最终通过递归实现。-This algorithm uses divide and conquer to solve the problem closest point. Prior to use O (nlogn) time to sort the x coordinate so that all points are based on x coordinates from small to large sorted (x coordinates with the same y coordinates of the small, the top), and then remove the standard is less than n/2 the set of points belonging to the left PL, remove the standard is greater than n/2 set of points belonging to the right of PR, that is to use O (1) time can be the problem size n divided into two size n/2, the same type The sub-problems. Segmentation can be used after completion of sub-rule method, respectively, find the PL and PR in the last points and eventually through the recursion.
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