关于指针数组的一个应用实例—用VC实现矩阵的运算

论述了指针数组与数组指针的区别,并以一个实例说明指针数组的应用。     

一种时序电路的测试生成算法

本文提出了一种高效的时序电路测试生成算法,该算法是建立在自适应算法的基础上,并使用了十七值逻辑模型。文章详细介绍了该测试算法的内容及其实现过程,并举例说明了该算法的测试效率。     

基于多维数组的数据仓库及OWB分析

本文首先介绍基于多维数组的数据仓库集成工具OWB,然后对多维数组管理工具OracleExpress进行分析,最后提出一些数据仓库应用的建议。     

RAID系统的结构化模型、

分析RAID系统组成,按功能分成target,内存管理,RAID管理和initiator四个部分,对各个部分的功能简单说明。     

化学传感器阵列的计算机数据分析方法和发展趋势

化学传感器阵列是由一系列具有非特异性、低选择性、交叉敏感性和稳定性的化学传感器组成的分析仪器.作为利用化学传感器阵列进行准确可靠的定性和定量分析所不可或缺的条件,合适的模式识别和多元校正等数据处理方法已经成为化学传感器阵列的有机组成部分.该文着重介绍了常用的化学传感器阵列数据的计算机处理方法,并且展望了该领域的发展趋势.     

Joint multiple parameters estimation for coherent chirp signals using vector sensor array

In this paper, an algorithm is proposed to estimate starting frequency （SF）, chirp rate （CR）, 2-D direction-of-arrivals （DOA） and polarization of coherent chirp signals with vector sensor arrays. The fractional Fourier transformation （FRFT） is used to estimate SF and CR of chirp signals in this method. And a new correlation matrix is reconstructed to suppress the noise. The property of the vector sensor array is employed to solve the problem of insufficient rank from signal coherence. The L-shaped uniform array of expend aperture is used to improve the precision of es- timation, and the method of solving the ambiguity of angle under the condition of coherent signals is presented. The performance of this algorithm is compared with that of spatial smoothing method to verify the efficacy of this approach.     

现代密码学上的弹性函数综述

本文介绍了在容错分布、量子密码学中的密钥分配以及流密码中的随机序列产生等领域都有着广泛应用的一类多输出布尔函数——弹性函数。弹性函数和0,1上多维空间的正交分划(一个正交矩阵组)是一致的。在此基础上,介绍了弹性函数的正交分划的递归构造方法和简单计数。     

现代密码学上的弹性函数综述

本文介绍了在容错分布、量子密码学中的密钥分配以及流密码中的随机序列产生等领域都有着广泛应用的一类多输出布尔函数——弹性函数。弹性函数和0,1上多维空间的正交分划（一个正交矩阵组）是一致的。在此基础上,介绍了弹性函数的正交分划的递归构造方法和简单计数。     

Diffractive backlight grating array for mobile displays

Abstract— The display backlight unit (BLU) is the most power‐consuming subunit in mobile liquid‐crystal displays. The state‐of‐the‐art BLUs utilize scattering, refractive, and reflective microstructures to generate a uniform distribution of white light through the display. More effective means of transmitting light through the display color filters could be obtained by using diffraction, but previously proposed diffractive backlights do not fully utilize all the possibilities to design gratings effectively for optimal color separation and outcoupling. This paper presents a new pixelated diffractive backlight grating array as an approach for overcoming these obstacles in BLU design. A model array was fabricated to couple out red, green, and blue primary colors from the respective subpixel locations. The results show that it is possible to manufacture such an array and that the light couples out as intended, giving a starting point to design mobile‐display modules with low light‐transmission losses.     

Generation of uniform drops via through-hole arrays micromachined in stainless-steel plates

This study investigated the generation of oil drops using new symmetric and asymmetric through-hole-array devices made of stainless steel. The through-hole-array devices were built by piling up six stainless-steel plates, each having circular micro-holes with a diameter of 300 or 500 μm or micro-slots with a shorter line of 300 or 500 μm. Drops were generated by injecting a dispersed phase (refined soybean oil) via the through-hole array into a compartment filled with a continuous phase (Milli-Q water solution containing one of two emulsifiers). The drop detachment from symmetric and asymmetric through holes was observed in real time and analyzed. Uniform oil drops with average diameters of 1.0–4.1 mm and coefficients of variation of typically less than 6% were generated using symmetric and asymmetric through-hole-array devices. The resultant drop diameters for asymmetric through-hole arrays were significantly smaller than those for symmetric through-hole arrays. This paper also discusses experimental results regarding the effects of the microstructure, the dimensions of the through holes, and the type of emulsifier on drop generation and the resultant drop diameter.