基于量子K近邻分类算法的软件应用层接口数据分析方法

由于软件应用层接口数据的分布具有星散分布的特点,因此,分析数据判断接口状态时,对应的可靠性难以得到保障。为此,本文提出基于量子K近邻分类算法的软件应用层接口数据分析方法。将接口数据的特征映射到量子比特后,使用量子态编码具体的接口数据。在分析阶段,采用交叉验证的方式确定最佳K值,并选择曼哈顿距离作为衡量数据点之间相似性的基准,设置分类中心为软件应用层接口数据分析的目标状态参数,根据量子化软件应用层接口数据与状态分类中心的距离,完成数据分析。测试结果表明,设计方法对于软件应用层接口状态的分析结果与监测值具有较高的拟合度。

探讨计算机应用与软件开发

计算机技术自出现以来,对人类社会的发展产生了巨大的影响,在人类社会的进步中做出了巨大贡献。计算机在日常生活中最主要的应用就是软件应用和数据处理两方面。当前,计算机应用已涵盖了人们的吃、穿、住、用、行等各方面,成为人们日常生活中不可缺少的组成部分。因此,程序员需要对软件的架构设计进行更进一步研究,以提供更优质的计算机应用服务。

快显慢放总相宜——基于信息技术的物理实验“效度”的探讨

应用信息技术辅助实验,可以充分展示物理情境及其细节,快速处理实验数据,展示重点内容,帮助学生落实重点,突破难点.以智能手机慢放功能、频闪照片处理和数据软件应用为例,对基于信息技术的实验教学设计进行了说明及技巧和关键点.

Computer Management of Quantitative Analysis Chemistry Experiment

The application of computer in the quantitative analysis chemistry experiment is a chemistry experiment teaching applications software, developed by Visual Basic （6.0）, based on the content of quantitative analysis chemistry experiment of chemistry major in higher institute. This software has the function of the automatic processing the experimental data, the automatic generation of test report copies, and the automatic evaluation of students＇ experimental results, which solve the reliability, objectivity and accuracy problems of the students＇ experiment data processing and evaluation, and avoid interference with human factors. The software has the characteristic of the easy installation, the easy operation, the strong practicability, pertinence, the systematicness and the running stability, so it provides a platform in the quantitative analysis chemistry experiment for the students＇ assessment system of automatic processing, and it has a high popularization value. The project＇s technical route design is reasonable, the research method is correct, and the experimental data processing results are reliable, which has reached the leading domestic level in the quantitative analysis chemistry experiment teaching field of computer data processing. And this project has been through the achievements appraisal of Gansu Provincial Sci. ＆ Tech. Department.

On Hybrid Computer-Aided Tools to Interface Design Data

Recognizing the drawbacks of stand-alone computer-aided tools in engineering, several hybrid systems are suggested with varying degree of success. In transforming the design concept to a finished product, in particular, smooth interfacing of the design data is crucial to reduce product cost and time to market. Having a product model that contains the complete product description and computer-aided tools that can understand each other are the primary requirements to achieve the interfacing goal. This article discusses the development methodology of hybrid engineering software systems with particular focus on application of soft computing tools such as genetic algorithms and neural networks. Forms of hybridization options are discussed and the applications are elaborated using two case studies. The forefront aims to develop hybrid systems that combine the strong side of each tool, such as, the learning, pattern recognition and classification power of neural networks with the powerful capacity of genetic algorithms in global search and optimization. While most optimization tasks need a certain form of model, there are many processes in the mechanical engineering field that are difficult to model using conventional modeling techniques. The proposed hybrid system solves such difficult-to-model processes and contributes to the effort of smooth interfacing design data to other downstream processes.

Design and Implementation of mobile GIS application based on Android

This paper analyzes the key technology of mobile GIS development, discusses the design method of mobile GIS spatial data management, visualization of spatial data And Spatial data query, tinder Object oriented mode. And we develop a set of mobile GIS basic software platform in the Android platform, and tested in the mainstream smart mobile phone with Android operating system, test results show that the software platform can run smoothly. Other users can development a variety of mobile GIS to call the platform through an application service interface.

Auto Distribution of Tag Table in P2P Control System

In control system, tag table is like a dictionary mapping tagname to address. Therefore, applications on workstation may use tagname to access different data in system. Normally tag table generated by configuration software will transfer to other workstation in system manually after system configuration, which is inconvenient and failible. The development of peer-to-peer （P2P） network technology and the realization of control system based on P2P network make the auto distn＇bution of tag table possible. In this paper based on file sharing technology the presented method realizes the auto distn＇bution of tag table.