主要讲述Java数组的元素访问，数组的遍历，获取最值方法，数组元素的求和，查找，后面也给大家列举了一个案例：评委打分（用Java实现）

The HPE Smart Array P440 Controller is a low-profile, PCIe3 x8, 12Gb/s SAS RAID controller that provides enterprise-class storage performance, increased internal storage scalability with SAS Expander Card, and data protection for HPE ProLiant Gen9 rack and tower servers, and Apollo systems. It features eight internal physical links and delivers increased server uptime by providing advanced storage functionality, including online RAID level migration between any RAID levels with flash-backed write cache (FBWC), global online spare, and pre-failure warnings. This controller includes transportable FBWC allowing the data in the cache to be migrated to a new controller.

array apv 8.4 命令行使用手册

提出了一种由MUSIC开发的快速DOA估计算法，该算法也受益于信号极化信息的处理。 除了提高精度和分辨率的性能外，所提出的算法还可以应用于各种形式的偏振敏感阵列，而对阵列的图案没有特殊要求。 根据空间谱的连续性，避免了在4-D空间谱的计算中产生的大量计算。 讨论了所提算法的性能和计算复杂度分析，并给出了仿真结果。 与常规MUSIC相比，该算法在精度和分辨率方面具有相当大的优势，与常规2-D MUSIC成比例的计算复杂度较低。

文件转数组工具(File-Array)支持图片、字体。各种文件转化成数组，自动生成.h文件

A novel antipodal Vivaldi antenna with tapering serrated structure at the edges is proposed. Compared with traditional Vivaldi antennas without serrated structure, the gain of the designed antenna is significantly improved in the desired frequency band (4.5- 7.5 GHz). In addition, a 2 x 2 Vivaldi antenna array with an orthorhombic structure is designed and fabricated to achieve a circular polarization (CP) characteristic. With this configuration, the 3 dB axial ratio bandwidth of the array reach

基于遗传算法的MIMO雷达阵列综合算法，阵列权值采用等幅加权，对阵元位置进行优化，从而获得最优峰值旁瓣

服务器 HPE-Smart-Array-磁盘控制器用户指南 P410，P420 P430 P440 P820 P840

Neutron stimulated emission computed tomography (NSECT) is a new approach for biological spectroscopy and imaging. Since thegamma-ray photons emitted from stimulated element have energies from 100 keV to about 6 MeV, previous reports have proposed thatthe projection path can be defined by the neutron beam. In this paper, another possible method has been applied and the performancepresented through simulations. When using signals from a single BGO crystal it is impossible to achieve g

方阵 目标 练习使用.each方法遍历数组。 练习对数组的每个元素进行操作。 指示 您将构建一个方法square_array ，该方法将数字数组中的每个元素平方，并返回一个包含这些平方数字的新数组。 使用迭代器并实现自己的逻辑，不要使用.each以外的任何内置数组方法（例如.collect ， .inject ）。 您可以问自己几个问题： 在数组上调用.each的返回值是多少？ 如何在数组的每个元素上进行操作，还如何收集或存储这些元素？ 我如何平方一个数字？ 提示：有多种方法可以做到！ Google Ruby的指数运算符，或参考上一课中有关简单数学的内容。 先进的 一旦测试通过，请查看是否可以使用更高级别的迭代器（例如.collect 。 期望例子 numbers = [ 1 , 2 , 3 ] square_array ( numbers ) # => [1,4,9]) new