Enlightenment and Suggestions on the Construction of Information Platform and Processing Mechanism of Drug Shortages in Developed Countries to China

Objective To study how to improve and perfect the information platform and processing mechanism of drug shortages in China.Methods By searching the relevant policies from official websites of FDA,European Medicines Agency(EMA),Health Canada(HC)and National Health Commission,the good experience of the United States,the European Union and Canada in the construction of information platform and processing mechanism of drug shortages was summarized for reference in China.Results and Conclusion China has initially established the processing mechanism of drug shortages,but the platform construction should be improved,and the information disclosure of drug shortages varies from province to province.We should improve the information platform of drug shortages,strengthen the disclosure and communication of information,enrich the processing tools and measures after the drug shortages occurs,and strengthen the cooperation with relevant associations and other non-governmental departments.

Pig Price Fluctuations and Forecasting Model Based on Information Platform

Pork is common in people's daily life consumption,and it accounts for more than half of all meats. By collecting data information published by Bureau of Statistics and Bureau of Agriculture,this paper makes a statistical analysis of the influence of price fluctuation in the pork market on China's pork production,and finds that China's pork production shows a general trend of fluctuations due to the impact of price factors.According to the predecessors' studies on the factors influencing pig market price,combined with the actual situation of pig breeding in China,this paper uses the latest website data released by the government's public information platform to establish a forecasting model.

Application of Big Data Information Platform in Medical Equipment

The application of big data in the medical device industry mainly refers to the analysis and processing of various medical devices,so as to provide patients with better treatment and rehabilitation services.At present,our country already has a relatively mature and reliable large database system.This article studies the application of medical equipment in the big data information platform.The main methods used in this article are survey method,case analysis method,and interview method.The big data information platform and medical devices are studied from different aspects.The survey results show that 41%of people completely agree with the role of big data information platforms in medical devices.

Framework Construction and Application for Global Health Information Platform

In order to understand the global health related information rapidly and timely, a global health information platform based on big data from internet is constructed. In this paper, we introduce the framework and application of the global health information platform. The functions of information platform mainly include two aspects： to analyze and disseminate theoretical and technological progress of the main research fields in global health and to monitor real-time emergencies, epidemic situation and hot topics related to the field of global health. The objective of this research is to establish a Chinese-English bilingual information platform in the global health field. The platform would help academic researchers understand and master global health progress in time; acquire information of global health comprehensively, accurately and dynamically; and eventually help deal with the risk of global diseases, formulate appropriate health policies and actively participate in the international global health affairs.

GOVERNANCE OF GLOBAL SUPPLY CHAINS VULNERABILITY BY BUSINESS-BASED INTERORGANIZATIONAL INFORMATION PLATFORM

The paper introduces the business-based interorganizational information platform（IOP） and analyzes the feasibility and mechanism of business-based IOP governing global supply chains vulnerability,and then aims to develop a risk evaluation software under reliable algorithm to appraise the capability of an interorganizational information platform resisting to global supply chains risks that supports platform users and providers to make decisions.The paper respectively starts with a basic conceptual model of global supply chains vulnerability and a conceptual model of global supply chains vulnerability in business-based IOP,and then gives the simulation model of governance of global supply chain vulnerability in business-based IOP;then has a discussion with the beneficial model of governing global supply chains vulnerability by using business-based IOP or not.The results of research：（1） If given the ratio of expense per income on global supply chains using business-based IOP, we can estimate the costs to take precautions against risks that decides to the maximum value of the average income of per transaction on global supply chains using business-based IOP.（2） If given total income of transaction on global supply chains using business-based IOP,we can estimate the maximum value of the ratio of expense per income on global supply chains using business-based IOP, which would help to make pricing policy for IOP service provider.

Dual-imaging-mode smart hydrogel information platform for illumination-independent covert decryption and read

Smart hydrogel with color responsiveness is envisioned as one of the most promising materials for advanced information encryption and decryption platform,but the illumination-dependent way of decrypt-ing and reading information leads to the worrying of concealment in some particular scenarios.Herein,we proposed a smart hydrogel information platform with dual imaging modes by utilizing the accom-panying behaviors in transparency change and heat releasing after crystallization of supercooled solution.For this smart hydrogel informa-tion platform,the hidden information could be written and decrypted by ink of ethylene glycol and decryption tool of seed crystal,respec-tively.Furthermore,in addition to the traditional optical imaging mode with the assistance of light illumination,the decrypted information on dual-imaging-mode hydrogel platform also could be read by thermal imaging mode in dark environment owing to the exothermic crystal-lization.The illumination-independent read mode based on heat radia-tion helps to improve the secrecy and safety of the decryption and read process.This investigation provides a facile and feasible strategy to design illumination-independent information platform that enables reading the encrypted information in secret.

Information service platform of forest pest forecast based on WebGIS

Taking Linkou Forestry Bureau, Heilongjiang Province, China as the demonstration plot and Dendrolimus pinidiatrea as an example, we developed a WebGIS-based information service platform for forest pest forecast using J2EE and ArcGIS Server technology. The service platform is able to predict the occurrence period, amount of pest, occurrence tendency, and pest zones in the B/S environment and realized the display, querying, analysis and editing of the spatial data and the automatically integrated control of multilevel Data,. Additionaly, the service platform offers the visualization of geographic service and predicted results. It provides a solution for prediction of forest pest and forest resource management.

A Compositive Information Collection Platform System Based on Web Service

The aim is to solve the problem that how to share dispersive and heterogeneous data inside business information system or some other information source. On the basis of Web service, this paper adopts the notion of Data As ,Service to build service-oriented data integration architecture. According to this architecture, we develop data collection system which effectively integrates data from heterogeneous informa tion source and present a uniform data view to end users by implementing sharing data from heterogeneous systems and information source . At last, this paper gives an example of a compositive information collection platform system.

基于智慧药学服务的药品供应质量管理信息平台构建与应用

本院在文献研究和运用信息技术挖掘现有药品质量数据基础上,提出基于智慧药学服务的药品质量管理策略并搭建质量管理信息平台。该平台运用数字可视化技术实现了药品供应质量全程、实时监管,有助于提高药品供应质量监管的准确性、真实性、实时性,为进一步探索信息化药品供应质量评价体系的建立奠定基础。

教育信息化2.0时代高校体育专业实践教学平台建设研究

教育信息化2.0时代是数字化技术与教育教学相融合的新时代,高校体育专业实践教学平台建设研究成为教育信息化2.0新时代高校教育教学改革的必然要求。分析当前高校体育专业实践教学面临的问题和挑战,探讨高校体育专业实践教学平台的建设理念、目标和构成要素,同时介绍高校体育专业实践教学平台建设的关键技术和实施策略。研究表明,高校体育专业实践教学平台建设可以促进教育教学创新、提高学生的实践能力和综合素质,为高校体育专业学生的就业和发展奠定坚实的基础。

宁夏水土保持管理平台建设实践与探索

依据水利部和宁夏回族自治区水利厅信息化工作部署,宁夏回族自治区水土保持监测总站分批建成了集5个子系统19个模块的宁夏水土保持管理平台,供自治区、市、县三级水土保持管理部门和生产建设项目等相关单位、专家使用。平台在建设期、质保期、运维期稳定运行,全面支撑全区水土保持工作线上开展。分析了平台建设项目概况,总结了海量数据挖掘、关键因子智能化提取、资源整合共享、土壤侵蚀模型开发、智能化监管技术等平台建设的5方面问题,介绍了平台总体框架、技术路线和模块功能,归纳了数据底座建设、统一平台搭建、业务化转型推进和监管效能精准发挥4个方面的成效,以及坚持“问题导向”建设原则、“边建边用”推广应用模式、“建管结合”运维方式、“底线思维”保障安全4个方面的建设管理经验。

铁路企业全流程无纸化会议系统的研究与设计

针对铁路企业会议现行管理模式下存在的资源浪费、办会效率低等问题,设计铁路企业全流程无纸化会议系统。通过加密算法、自然语言处理等技术,实现对会议资料、流程等的数字化和智能化管理,提升工作效率和会议质量。

信息化3.0时代智慧医院IT基础设施建设研究

为解决信息化3.0时代智慧医院建设中存在的数据安全、系统稳定性、医疗信息共享等关键问题,实现医疗服务的智能化、高效化,采用多种技术和工具,实现智慧医院信息技术(Information Technology,IT)基础设施的优化与升级,为智慧医院发展提供完善的IT基础设施,以期高度共享医疗信息,提高医疗服务质量及效率。

基于ERP系统的安全风险智能管控应用研究

通过建设智能安全管控平台,并与已有的国家能源集团一体化集中管控系统(ERP系统)进行信息化集成,可有效减轻水电站基层员工日常安全生产的工作负担,提升工作效率以及水电站工作班组抗风险能力,同时可协助水电站管理人员实时监管现场作业,为安全决策提供技术支持。

大中型水利水电工程移民安置全过程信息平台设计与应用

为适应新形势下移民安置管理工作需要,发挥信息技术优势,按照“平台+应用”的设计思想,面向移民安置工作全过程,以GIS为主要技术平台,融合BIM、CAD数据,支持协同工作,聚焦应用支撑,构建移民安置信息平台。平台能为监理、评估、设计、业主、政府、移民六方提供服务,满足在工程规划论证、实物调查、移民工程规划设计、移民安置实施、移民后期扶持等全过程阶段对信息化技术的要求。该平台已在多个项目中进行了实践与优化,能有效地规范移民工作、提高工作效率、促进科学决策、实现高效管理。

网络信息化平台的CBL模式在病理学教学中的应用

利用网络信息化平台,结合CBL教学为丰富临床病理学在线教学带来了新的改革思路。5年制医学生完成临床病理学理论学习后,分设小组以CBL教学结合实际病例进行前期讨论,利用网络信息化平台进行讨论发言,由教师针对学生的问题进行答疑解惑和指导。理论考试成绩和调查问卷结果不仅反映了学生积极主动的学习态度,同时提升了教师的整体综合素质,真正做到了教学相长、共同进步。

高校外事管理平台建设思考及实践——以西安电子科技大学为例

当前,国际化成为世界高等教育发展的趋势。在教育部等相关部门部署下,加强新时代教育开放、提升国际化水平已成为我国高等教育重点工作。高校国际化虽有各种机遇,但也面临业务量大而信息化程度不高、审批效率低、数据整合不足等挑战;尤其是近年来,在新冠疫情的影响下,跨境交流受到严重阻碍。在此形势下,通过信息化途径开展国际交流及外事管理成为高校关注的重点。在国家政策支持和学校大力推进下,西安电子科技大学建成外事系统综合管理服务平台,以缩短外事业务审批时间、提升服务质量、规范管理流程,并可通过可视化的数据辅助决策。以此为研究对象,介绍平台建设思路、实现路径及遇到的瓶颈问题,也为其他高校的外事信息化建设提供参考。

一体化管理及其信息化在新药研发过程中的应用

新药研发过程环节多,需要反复迭代.传统的研发组织部门各自为政,部门之间协调性差,缺乏标准,造成研发周期长、效率低下等问题.采用一体化管理模式,建立一体化的团队、流程、质量标准和信息系统平台,可以实现从设计、实验到工艺开发的快速迭代,在提高研发质量的同时大幅度缩短研发时间.

统一PLM系统平台的设计研究

产品全生命周期管理(PLM)作为一种综合技术,是企业信息化的重要组成部分。在PLM项目实施过程中,根据制定项目的总体目标,搭建了PLM系统平台,包括项目管理、产品设计管理、图文档管理、流程管理、变更管理、与二维AutoCAD集成及与ERP集成等,为公司建立了统一的产品研发数据管理平台,为下游提供数据支持。

以信息化平台建设为依托的实验室管理模式创新与实践

为了适应新建本科院校应用型人才的培养要求,大连理工大学城市学院工程实践中心提出了"以信息化平台建设为依托的实验室管理模式创新与实践"的思路,将信息化平台建设与开放实验室管理相结合,提高了实验室的利用率,减轻了工作量,节约了工作成本,提升了学生创新和实践能力,更好地发挥了工程实践中心在人才培养中的作用。