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split-range

  • The LM35 of National Semiconductors that is used in this project is a precision centigrade temperatu

    The LM35 of National Semiconductors that is used in this project is a precision centigrade temperature sensor, which has an analog output voltage. It has a range of -55潞C to +150潞C and a accuracy of 鹵0.5潞C . The output voltage is 10mV/潞C . The output voltage is converted by the AD convertor of the AT Mega8. The temperature is displayed on an LCD module. In this example the thermometer has a range of 0潞C to 40潞C and a resolution of 0.5潞C. If you want to have a readout in Fahrenheit you can use the LM34.

    標簽: Semiconductors centigrade precision temperatu

    上傳時間: 2017-04-16

    上傳用戶:D&L37

  • OTSU Gray-level image segmentation using Otsu s method. Iseg = OTSU(I,n) computes a segmented i

    OTSU Gray-level image segmentation using Otsu s method. Iseg = OTSU(I,n) computes a segmented image (Iseg) containing n classes by means of Otsu s n-thresholding method (Otsu N, A Threshold Selection Method from Gray-Level Histograms, IEEE Trans. Syst. Man Cybern. 9:62-66 1979). Thresholds are computed to maximize a separability criterion of the resultant classes in gray levels. OTSU(I) is equivalent to OTSU(I,2). By default, n=2 and the corresponding Iseg is therefore a binary image. The pixel values for Iseg are [0 1] if n=2, [0 0.5 1] if n=3, [0 0.333 0.666 1] if n=4, ... [Iseg,sep] = OTSU(I,n) returns the value (sep) of the separability criterion within the range [0 1]. Zero is obtained only with images having less than n gray level, whereas one (optimal value) is obtained only with n-valued images.

    標簽: OTSU segmentation Gray-level segmented

    上傳時間: 2017-04-24

    上傳用戶:yuzsu

  • Generate Possion Dis. step1:Generate a random number between [0,1] step2:Let u=F(x)=1-[(1/

    Generate Possion Dis. step1:Generate a random number between [0,1] step2:Let u=F(x)=1-[(1/e)x] step3:Slove x=1/F(u) step4:Repeat Step1~Step3 by using different u,you can get x1,x2,x3,...,xn step5:If the first packet was generated at time [0], than the second packet will be generated at time [0+x1],The third packet will be generated at time [0+x1+x2], and so on …. Random-number generation 1.static method random from class Math -Returns doubles in the range 0.0 <= x < 1.0 2.class Random from package java.util -Can produce pseudorandom boolean, byte, float, double, int, long and Gaussian values -Is seeded with the current time of day to generate different sequences of numbers each time the program executes

    標簽: Generate Possion between random

    上傳時間: 2017-05-25

    上傳用戶:bibirnovis

  • SFLOP simulates a floating point operation x op y where op = +, -, *, /

    SFLOP simulates a floating point operation x op y where op = +, -, *, / In chopping or rounding arithmetic using an m digit mantissa, base 10, and an unrestricted exponent range. (sflop: Simulate FLOating Point operation.) For more details on the how the floating point representation of a number is computed see the function sfl.

    標簽: simulates operation floating SFLOP

    上傳時間: 2017-06-05

    上傳用戶:fxf126@126.com

  • Novell.Press.Linux.Kernel.Development linux內核開發的經典書籍之一 The Linux kernel is one of the most interes

    Novell.Press.Linux.Kernel.Development linux內核開發的經典書籍之一 The Linux kernel is one of the most interesting yet least understood open-source projects. It is also a basis for developing new kernel code. That is why Sams is excited to bring you the latest Linux kernel development information from a Novell insider in the second edition of Linux Kernel Development. This authoritative, practical guide will help you better understand the Linux kernel through updated coverage of all the major subsystems, new features associated with Linux 2.6 kernel and insider information on not-yet-released developments. You ll be able to take an in-depth look at Linux kernel from both a theoretical and an applied perspective as you cover a wide range of topics, including algorithms, system call interface, paging strategies and kernel synchronization. Get the top information right from the source in Linux Kernel Development

    標簽: Linux Development interes Novell

    上傳時間: 2017-06-06

    上傳用戶:songyue1991

  • I implemented a perfect file transfer OCX client/server. I created a perfect function to parse and s

    I implemented a perfect file transfer OCX client/server. I created a perfect function to parse and split the data. The source file size is equal to destination. NO LOSS OF DATA in the packets!

    標簽: perfect implemented function transfer

    上傳時間: 2014-01-19

    上傳用戶:R50974

  • Historique de Linux Connexion au système Présentation de kde Fichiers et répertoires Notions

    Historique de Linux Connexion au système Présentation de kde Fichiers et répertoires Notions d identifiant et de groupe Les processus Les droits d accès Le shell Gestion des entrées/sorties Les commandes tee/grep/cut/split/paste/comm/sort/diff/wc/find La commande sed La commande awk Les scripts shell Les sauvegardes Automatisation de tâ ches

    標簽: Historique Connexion sentation pertoires

    上傳時間: 2017-07-12

    上傳用戶:hopy

  • 移植uip-1.0到Atmega32 1)把 uip-1.0 的所有文件加入到工程

    移植uip-1.0到Atmega32 1)把 uip-1.0 的所有文件加入到工程,包括 uip 目錄的文件(除uip-split.c)、unix 目錄的文件、lib 目錄的文件; 2)修改 uip/uip-neighbor.c 文件的 void uip_neighbor_add(uip_ipaddr_t ipaddr, struct uip_neighbor_addr *addr) 函數,一般注釋掉 printf 語句即可,或者改為你自己的串口格式化打印實現。 3)uip 目錄里的源文件除 uipopt.h 外一般都無需修改;uipopt.h 包含了 uip-conf.h ,所以大部分修改可以在 uip-conf.h 里進行。 uip-conf.h 里加入如下定義,可以減少編譯的警告: #define notdef 0 #define UIP_CONF_IPV6 0 #define UIP_ARCH_ADD32 0 #define UIP_ARCH_CHKSUM 0 #define UIP_NEIGHBOR_CONF_ADDRTYPE 0 4)移植工作主要是 定時器中斷程序 與 網絡驅動 的編寫

    標簽: uip 1.0 Atmega 32

    上傳時間: 2013-12-20

    上傳用戶:csgcd001

  • 神經網絡系統 BP,MGFPROP,SAMGFPROP, QUICKPROP, SARPROP 解決XOR問題收斂速度和收斂率的圖形比較(不同數量的weightfile和不同范圍的weight ran

    神經網絡系統 BP,MGFPROP,SAMGFPROP, QUICKPROP, SARPROP 解決XOR問題收斂速度和收斂率的圖形比較(不同數量的weightfile和不同范圍的weight range)

    標簽: weightfile SAMGFPROP QUICKPROP MGFPROP

    上傳時間: 2014-01-14

    上傳用戶:youlongjian0

  • Introduction ? ? The ARM Cortex -A8 microprocessor is the first applications microprocessor in A

    Introduction ? ? The ARM Cortex -A8 microprocessor is the first applications microprocessor in ARM!ˉs new Cortex family. With high performance and power efficiency, it targets a wide variety of mobile and consumer applications including mobile phones, set-top boxes, gaming consoles and automotive navigation/entertainment systems. The Cortex-A8 processor spans a range of performance points depending on the implementation, delivering over to 2000 Dhrystone MIPS (DMIPS) of performance for demanding consumer applications and consuming less than 300mW for low-power mobile devices. This translates into a large increase in processing capability while staying with the power levels of previous generations of mobile devices. Consumer applications will benefit from the reduced heat dissipation and resulting lower packaging and integration costs.

    標簽: microprocessor Introduction applications Cortex

    上傳時間: 2013-12-09

    上傳用戶:xzt

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