{"title":"A Framework of Scientific-Cloud for iFlora","authors":"Huifu Zhuang, Yu-hua Wang","doi":"10.3724/SP.J.1143.2012.12139","DOIUrl":null,"url":null,"abstract":"In order to meet the broad requirements of the public and state departments to recognize and distinguish plant species,a plan for the next-generation Flora was proposed,which is internet-,DNA-sequence-and information-technology-based,i.e.,iFlora.In this paper,we suggest and present a research framework of \"Scientific-Cloud for iFlora\",which is a combination of Resource-Cloud (Resource and Service layer),Intelligent Re-organization System,Mobile-Clients (Application layer) and Key-Users.(1) Resource-Cloud:a collaborative working platform in the cloud site.This platform is used to integrate all relevant information resources,including DNA barcoding reference library,plant biodiversity information,and analysis models.(2) Intelligent Re-organization System of Virtualization:a system to retrieve,re-organize and present iFlora-records of a given plant species automatically and intelligently.(3) Mobile-Clients:software applications of mainstream mobile platforms,such as iOS,android and Windows phone.Constructed by these three parts,the framework will not only service for the key users with co-operating platform but also providing web service for the general public.The construction of this project will gradually combine botany and informatics.We are aiming to construct a sharing,easily accessible,and seamless connected Scientific-Cloud,with which numerous scientists co-operate together for iFlora.In addition,the Scientific-Cloud will integrate cognitive abilities of the machine,network,and taxonomists.It will provide an intelligent public service to perceive the plant world in a new dimension.","PeriodicalId":20246,"journal":{"name":"Plant Diversity and Resources","volume":"6 1","pages":"623"},"PeriodicalIF":0.0000,"publicationDate":"2012-01-01","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"1","resultStr":null,"platform":"Semanticscholar","paperid":null,"PeriodicalName":"Plant Diversity and Resources","FirstCategoryId":"1085","ListUrlMain":"https://doi.org/10.3724/SP.J.1143.2012.12139","RegionNum":0,"RegionCategory":null,"ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":null,"EPubDate":"","PubModel":"","JCR":"","JCRName":"","Score":null,"Total":0}
引用次数: 1
Abstract
In order to meet the broad requirements of the public and state departments to recognize and distinguish plant species,a plan for the next-generation Flora was proposed,which is internet-,DNA-sequence-and information-technology-based,i.e.,iFlora.In this paper,we suggest and present a research framework of "Scientific-Cloud for iFlora",which is a combination of Resource-Cloud (Resource and Service layer),Intelligent Re-organization System,Mobile-Clients (Application layer) and Key-Users.(1) Resource-Cloud:a collaborative working platform in the cloud site.This platform is used to integrate all relevant information resources,including DNA barcoding reference library,plant biodiversity information,and analysis models.(2) Intelligent Re-organization System of Virtualization:a system to retrieve,re-organize and present iFlora-records of a given plant species automatically and intelligently.(3) Mobile-Clients:software applications of mainstream mobile platforms,such as iOS,android and Windows phone.Constructed by these three parts,the framework will not only service for the key users with co-operating platform but also providing web service for the general public.The construction of this project will gradually combine botany and informatics.We are aiming to construct a sharing,easily accessible,and seamless connected Scientific-Cloud,with which numerous scientists co-operate together for iFlora.In addition,the Scientific-Cloud will integrate cognitive abilities of the machine,network,and taxonomists.It will provide an intelligent public service to perceive the plant world in a new dimension.
为了满足公众和国家部门对植物物种识别和区分的广泛需求,提出了基于互联网、dna序列和信息技术的下一代植物区系规划,即iFlora。本文提出并提出了“面向iFlora的科学云”研究框架,该框架由资源云(资源与服务层)、智能重组系统、移动客户端(应用层)和关键用户(Key-Users)四部分组成。(2)虚拟化智能重组系统(Intelligent reorganization System of Virtualization):对给定植物物种的iflora记录进行自动智能检索、重组和呈现的系统。(3)移动客户端:iOS、android、Windows phone等主流移动平台的软件应用。通过这三部分的构建,该框架不仅可以为关键用户提供合作平台服务,还可以为公众提供web服务。该项目的建设将逐步将植物学与信息学相结合。我们的目标是构建一个共享的、易于访问的、无缝连接的科学云,让众多科学家为iFlora共同合作。此外,科学云将整合机器、网络和分类学家的认知能力。它将提供一种智能的公共服务,以一个新的维度来感知植物世界。