目的:设计国际疾病分类(international classification of diseases,ICD)国际疾病编码管理信息系统,以为医疗机构提供高效、准确、安全的编码管理服务。方法:该系统基于客户端/服务器(Client/Server,C/S)模式设计,使用Oracle数据库,通过...目的:设计国际疾病分类(international classification of diseases,ICD)国际疾病编码管理信息系统,以为医疗机构提供高效、准确、安全的编码管理服务。方法:该系统基于客户端/服务器(Client/Server,C/S)模式设计,使用Oracle数据库,通过Dapper对象关系映射(object-relational mapping,ORM)技术实现与Oracle数据库的数据交互,采用C#编程语言开发。整个系统包括用户权限管理、疾病编码管理、患者信息管理、疾病统计分析和系统管理5个功能模块。结果:采用该系统可以高效地进行ICD编码的查询、审核及数据统计分析,显著提高了ICD编码管理的效率和准确性。结论:该系统为医疗机构提供了一种有效的疾病编码管理工具,有助于医疗服务质量和管理效率的提升。展开更多
Since Grover’s algorithm was first introduced, it has become a category of quantum algorithms that can be applied to many problems through the exploitation of quantum parallelism. The original application was the uns...Since Grover’s algorithm was first introduced, it has become a category of quantum algorithms that can be applied to many problems through the exploitation of quantum parallelism. The original application was the unstructured search problems with the time complexity of O(). In Grover’s algorithm, the key is Oracle and Amplitude Amplification. In this paper, our purpose is to show through examples that, in general, the time complexity of the Oracle Phase is O(N), not O(1). As a result, the time complexity of Grover’s algorithm is O(N), not O(). As a secondary purpose, we also attempt to restore the time complexity of Grover’s algorithm to its original form, O(), by introducing an O(1) parallel algorithm for unstructured search without repeated items, which will work for most cases. In the worst-case scenarios where the number of repeated items is O(N), the time complexity of the Oracle Phase is still O(N) even after additional preprocessing.展开更多
Recent rapid advancements in communication technology have brought forth the era of Web 3.0,representing a substantial transformation in the Internet landscape.This shift has led to the emergence of various decentrali...Recent rapid advancements in communication technology have brought forth the era of Web 3.0,representing a substantial transformation in the Internet landscape.This shift has led to the emergence of various decentralized metaverse applications that leverage blockchain as their underlying technology to enable users to exchange value directly from point to point.However,blockchains are blind to the real world,and smart contracts cannot directly access data from the external world.To address this limitation,the technology of oracles has been introduced to provide real-world data for smart contracts and other blockchain applications.In this paper,we focus on mitigating the risks associated with oracles providing corrupt or incorrect data.We propose a novel Web 3.0 architecture for the Metaverse based on the multiidentifier network(MIN),and its decentralized blockchain oracle model called Meta Oracle.The experimental results show that the proposed scheme can achieve minor time investment in return for significantly more reliable data and increased throughput.展开更多
本文分析了民航行业中Oracle数据库ADG(Active Data Guard)的同步策略的工作原理、当前应用状况以及可能影响其稳定性的各种因素,并给出了针对性的优化建议。对ADG同步方案基本原理进行总结,对该方案在民航的应用现状进行分析。探讨了...本文分析了民航行业中Oracle数据库ADG(Active Data Guard)的同步策略的工作原理、当前应用状况以及可能影响其稳定性的各种因素,并给出了针对性的优化建议。对ADG同步方案基本原理进行总结,对该方案在民航的应用现状进行分析。探讨了网络因素、硬件相关因素等对ADG同步进行稳定性的影响。并提出了一系列措施,包括网络配置的优化、硬件的维护和保障,以及参数的合理配置,为了确保民航Oracle数据库ADG同步方案的稳健性。展开更多
本文利用VBA宏语言,开发了从Excel数据表批量建立Oracle数据库结构、批量删除数据库、批量更新数据的宏程序。在开发过程中,为有效建立PC端与服务器之间数据通信,本文详细介绍了服务器软件、PC端软件、Oracle客户端安装、ODBC配置、VBE...本文利用VBA宏语言,开发了从Excel数据表批量建立Oracle数据库结构、批量删除数据库、批量更新数据的宏程序。在开发过程中,为有效建立PC端与服务器之间数据通信,本文详细介绍了服务器软件、PC端软件、Oracle客户端安装、ODBC配置、VBE配置和汉字不显示等问题的处理方法。This paper develops a macro program using VBA to develop macro programs for batch creation of Oracle database structures from Excel data tables, batch deletion of databases, and batch updating of data. In the development process, to effectively establish data communication between the PC and the server, this article details the handling methods for issues such as server software, PC software, Oracle client installation, ODBC configuration, VBE configuration, and Chinese character display.展开更多
文摘目的:设计国际疾病分类(international classification of diseases,ICD)国际疾病编码管理信息系统,以为医疗机构提供高效、准确、安全的编码管理服务。方法:该系统基于客户端/服务器(Client/Server,C/S)模式设计,使用Oracle数据库,通过Dapper对象关系映射(object-relational mapping,ORM)技术实现与Oracle数据库的数据交互,采用C#编程语言开发。整个系统包括用户权限管理、疾病编码管理、患者信息管理、疾病统计分析和系统管理5个功能模块。结果:采用该系统可以高效地进行ICD编码的查询、审核及数据统计分析,显著提高了ICD编码管理的效率和准确性。结论:该系统为医疗机构提供了一种有效的疾病编码管理工具,有助于医疗服务质量和管理效率的提升。
文摘Since Grover’s algorithm was first introduced, it has become a category of quantum algorithms that can be applied to many problems through the exploitation of quantum parallelism. The original application was the unstructured search problems with the time complexity of O(). In Grover’s algorithm, the key is Oracle and Amplitude Amplification. In this paper, our purpose is to show through examples that, in general, the time complexity of the Oracle Phase is O(N), not O(1). As a result, the time complexity of Grover’s algorithm is O(N), not O(). As a secondary purpose, we also attempt to restore the time complexity of Grover’s algorithm to its original form, O(), by introducing an O(1) parallel algorithm for unstructured search without repeated items, which will work for most cases. In the worst-case scenarios where the number of repeated items is O(N), the time complexity of the Oracle Phase is still O(N) even after additional preprocessing.
基金supported by Shenzhen Fundamental Research Programs under Grant Nos.JCYJ20220531093206015,GXWD20201231165807007-20200807164903001,JCYJ20210324122013036,and JCYJ20190808155607340Guang Dong Prov.R&D Key Programs under Grant Nos.2019B010137001 and 2018B010124001+4 种基金Basic Research Enhancement Program of China under Grant No.2021-JCJQ-JJ-0483National Keystone R&D Program of China under Grant No.2017YFB0803204Natural Science Foundation of China under Grant No.61671001ZTE Industry-University-Institute Fund Project under Grant No.2019ZTE03-01HuaWei Funding under Grant No.TC20201222002。
文摘Recent rapid advancements in communication technology have brought forth the era of Web 3.0,representing a substantial transformation in the Internet landscape.This shift has led to the emergence of various decentralized metaverse applications that leverage blockchain as their underlying technology to enable users to exchange value directly from point to point.However,blockchains are blind to the real world,and smart contracts cannot directly access data from the external world.To address this limitation,the technology of oracles has been introduced to provide real-world data for smart contracts and other blockchain applications.In this paper,we focus on mitigating the risks associated with oracles providing corrupt or incorrect data.We propose a novel Web 3.0 architecture for the Metaverse based on the multiidentifier network(MIN),and its decentralized blockchain oracle model called Meta Oracle.The experimental results show that the proposed scheme can achieve minor time investment in return for significantly more reliable data and increased throughput.
文摘本文分析了民航行业中Oracle数据库ADG(Active Data Guard)的同步策略的工作原理、当前应用状况以及可能影响其稳定性的各种因素,并给出了针对性的优化建议。对ADG同步方案基本原理进行总结,对该方案在民航的应用现状进行分析。探讨了网络因素、硬件相关因素等对ADG同步进行稳定性的影响。并提出了一系列措施,包括网络配置的优化、硬件的维护和保障,以及参数的合理配置,为了确保民航Oracle数据库ADG同步方案的稳健性。
文摘本文利用VBA宏语言,开发了从Excel数据表批量建立Oracle数据库结构、批量删除数据库、批量更新数据的宏程序。在开发过程中,为有效建立PC端与服务器之间数据通信,本文详细介绍了服务器软件、PC端软件、Oracle客户端安装、ODBC配置、VBE配置和汉字不显示等问题的处理方法。This paper develops a macro program using VBA to develop macro programs for batch creation of Oracle database structures from Excel data tables, batch deletion of databases, and batch updating of data. In the development process, to effectively establish data communication between the PC and the server, this article details the handling methods for issues such as server software, PC software, Oracle client installation, ODBC configuration, VBE configuration, and Chinese character display.
