windows下的宋体,微软雅黑,Courier New字体,支持ubuntu系统安装使用
2022-04-06 10:25:22 40.06MB 宋体 微软雅黑 Courier New
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拼多多最新全类目数据库
2022-04-06 02:00:55 14.41MB 拼多多类目 拼多多类目数据库
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金陵江南大饭店饭店应知应会(交流)new.ppt
2022-04-06 01:06:05 43.76MB
国产的BBdoc文档搜索软件在搜索速度上比国外的速度顶尖的文档搜索工具AnyTXT、everything等还快,支持word、pdf、Excel、压缩文件、csv、wps、txt等文档内容快速搜索!简洁的界面,傻瓜式的操作,又快有准!适合博主、技术工程师、市场策划、文秘、咨询师等日常大量文案处理人群。 完全绿色免安装,下载解压直接双击即可运行,无毒无广告无需注册,放心用。
2022-04-03 15:57:06 1.18MB 文档搜索
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Matlab将比特流转换成十六进制的数据
2022-03-31 17:09:07 710B F_Bin2Hex_New
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mushrooms_new.csv-数据集
2022-03-30 04:53:05 30KB 数据集
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Radar signals are generally characterised by repetitive patterns in time. An ESM receiver must intercept and identify several interleaved radar signals. Time-of-arrival (TOA) deinterleaving is employed in ESM processing to identify and extract the pulses of each radar signal. This task is extremely processor intensive and new techniques are required to operate on complex signals in high pulse densities. A new algorithm employing novel techniques is presented for fast, accurate deinterleaving of several repetitive signals. A cumulative TOA difference histogram gives an indication of probable pulse repetition intervals (PRIs) with a minimum number of computations. Validation and identification is given by searching for a sequence of these pulse intervals. The technique presented is less sensitive to interfering pulses and more robust to missed pulses than conventional published techniques. Weighting is used to enhance detection of sequences and a three-pulse priming sequence dramatically reduces unsuccessful searches. By employing a learning process, the efficiency is increased still further. The application of this algorithm to agile PRI signals is shown.
2022-03-28 21:35:02 447KB New techniques; cdif; deinterleaving
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PLUTO是纽约市建筑物位置和特征的主要记录。它由纽约市城市规划局大约每季度到每半年发布一次,并且是纽约市最重要的公民分析数据集之一。PLUTO包含有关建筑物高度,平方英尺,位置,类型,地标状态,单元数,所有者,施工年份以及其他相关领域的信息。 BK.csv BX.csv MN.csv PLUTODD16v2.pdf Plutolay16v2.pdf PlutoReadme16v2.pdf QN.csv SI.csv
2022-03-28 15:37:39 46.72MB 数据集
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a new geometric notation for open and closed-loop robots
2022-03-21 22:19:51 469KB 机器人建模
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