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Judge

  • My solutions to Saratov Online Judge Problems(SGU), not all, but many of them...

    My solutions to Saratov Online Judge Problems(SGU), not all, but many of them...

    标签: solutions Problems Saratov Online

    上传时间: 2017-03-01

    上传用户:kiklkook

  • 北大网址Judge OnLine第1061题提交代码和说明文档。

    北大网址Judge OnLine第1061题提交代码和说明文档。

    标签: OnLine Judge 1061 网址

    上传时间: 2017-05-27

    上传用户:z1191176801

  • UVA Online Judge solutions to the problems

    UVA Online Judge solutions to the problems

    标签: solutions problems Online Judge

    上传时间: 2013-12-09

    上传用户:无聊来刷下

  • pku online Judge 的部分题解代码

    pku online Judge 的部分题解代码

    标签: online Judge pku

    上传时间: 2014-10-12

    上传用户:change0329

  • MIPT El Judge的解题表格 包含大量的思路说明和部分代码 能帮助OIer和ACMer学习

    MIPT El Judge的解题表格 包含大量的思路说明和部分代码 能帮助OIer和ACMer学习

    标签: ACMer Judge MIPT OIer

    上传时间: 2017-07-25

    上传用户:ouyangtongze

  • 基于89C52的二极管特性测试器的设计

      利用单片机具有的智能程序控制的特点,设计了基于STC89C52单片机的"二极管特性测试器",可对二极管一般特性进行快速测试。通过稳定线性电流源给二极管加载恒定电流,然后由高精度模数转换器测试其压降,以此为基础可判断二极管好坏、检测二极管极性和测试二极管伏安特性等,避免了用万用表测试只能测得极性而不知其特性这一缺点。可用于电子设计制作过程中对二极管进行快速测试,以确定被测二极管是否满足电路的设计要求。   Abstract:   By making good use of the intelligent control function of the Micro Controller Unit (MCU), the diode trait tester was designed based on the STC89C52,which could be used to test the trait of a diode rapidly. By loading constant current to diode through the stable linear current source, and measuring the voltage drop of the diode by high-precision analogue-to-digital converter (ADC), it can Judge whether the diode is good or not, distinguish the polarity of the diode, and test the trait that the diode, which can avoid the fault of using a multimeter can only measure the polarity but not the trait. This device can be used to test the trait of a diode quickly,and to make sure that whether a diode can be used in the electronic design or not.

    标签: 89C52 二极管 特性测试器

    上传时间: 2013-11-13

    上传用户:assef

  • 基于AVR单片机的船舶气象仪测试系统的设计

       针对船舶气象仪保障维修而设计的船舶气象仪测试系统,包括信息处理终端、主仪器检测模块、传感器检测模块,各个模块都采用基于AVR单片机的嵌入式系统,模块之间通过CAN总线进行通信。结果表明,船舶气象仪测试系统能够快速检测船舶气象仪故障,与单纯依靠人工方式排查故障相比,故障检测时间缩短了60%以上。 Abstract:  The test system of ship meteorological instrument was developed to satisfy the maintenance of ship meteorological instruments,which composed of information processing terminal, testing module of main instrument and testing module of sensors. Each of these modules included an embedded system based on microcontroller of AVR series and communicated with other module by CAN bus. The results show that the test system can Judge the fault of ship meteorological instrument quickly and shorten the fault detection time as much as 60% compared with simple manual troubleshooting.

    标签: AVR 单片机 气象仪 测试系统

    上传时间: 2013-11-23

    上传用户:stvnash

  • UHF读写器设计中的FM0解码技术

       针对UHF读写器设计中,在符合EPC Gen2标准的情况下,对标签返回的高速数据进行正确解码以达到正确读取标签的要求,提出了一种新的在ARM平台下采用边沿捕获统计定时器数判断数据的方法,并对FM0编码进行解码。与传统的使用定时器定时采样高低电平的FM0解码方法相比,该解码方法可以减少定时器定时误差累积的影响;可以将捕获定时器数中断与数据判断解码相对分隔开,使得中断对解码影响很小,实现捕获与解码的同步。通过实验表明,这种方法提高了解码的效率,在160 Kb/s的接收速度下,读取一张标签的时间约为30次/s。 Abstract:  Aiming at the requirement of receiving correctly decoded data from the tag under high-speed communication which complied with EPC Gen2 standard in the design of UHF interrogator, the article introduced a new technology for FM0 decoding which counted the timer counter to Judge data by using the edge interval of signal capture based on the ARM7 platform. Compared with the traditional FM0 decoding method which used the timer timed to sample the high and low level, the method could reduce the accumulation of timing error and could relatively separate capture timer interrupt and the data judgment for decoding, so that the disruption effect on the decoding was small and realizd synchronization of capture and decoding. Testing result shows that the method improves the efficiency of decoding, at 160 Kb/s receiving speed, the time of the interrogator to read a tag is about 30 times/s.

    标签: UHF FM0 读写器 解码技术

    上传时间: 2013-11-10

    上传用户:liufei

  • //在tc3.0++在运行 //a数组用于随机产生1-6数表示每个方格后面的图形.用inita()函数来实现 //c数组用于记录方格的状态,用字符L(lock)表示没有打开的方格 //D(d

    //在tc3.0++在运行 //a数组用于随机产生1-6数表示每个方格后面的图形.用inita()函数来实现 //c数组用于记录方格的状态,用字符L(lock)表示没有打开的方格 //D(delete)表示已消去的方格.O(open)表示打开的方格. //变量m表示按回车键的有效次数.也是记忆力参数,越小记忆力越好 //变量xpos,ypos用于表示当前光标所在的位置 //(x1,y1),(x2,y2)用于记录打开的两个方格的位置 //Judge()函数用于控制光标范围,使其不能移出长方形 //win()函数用于判断游戏是否过关,通过判断每个方格是否全是 D 状态 //xago,yago 用于记录移动前的位置 //ax,ay表示行列式的行与列,用它们来控制游戏的关数,ax位于3-6之间,ay位于4-7之间 //z来控制方格后的图形 //第一关后面的图形用1-6代表的图形.第二关后面的图形用0-9十个数。第三关后面的图形用A-O十五个字母, //第四关后面的图形用A-T二十一个字母

    标签: inita lock 3.0 数组

    上传时间: 2015-06-19

    上传用户:hgy9473

  • A detailed explanation of C# 2.0 An introduction to Visual Studio 2005, a tool set for building

    A detailed explanation of C# 2.0 An introduction to Visual Studio 2005, a tool set for building Windows and web applications More than 200 questions and programming exercises to help you better Judge your understanding of the material A greater emphasis on event handling Information on generics and generic collections

    标签: introduction explanation detailed building

    上传时间: 2013-12-14

    上传用户:爱死爱死