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Borneo biodiversity: Exploring endemic tree species and wood characteristics

机译:婆罗洲的生物多样性:探索特有的树种和木材特征

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Efforts to accelerate basic biodiversity research in exploration activities in the archipelago of Borneo need to be done at high speed considering conservation and management, as well as an awareness of the loss of biodiversity assets, is very limited. Therefore, it is necessary to develop a biodiversity information system of Borneo that can be used in data collection, observation, and monitoring of plant biodiversity species that focuses on the management and search of endemic tree data, as well as the type of wood and its characteristics. Borneo's biodiversity information system is built using the Software Development Life Cycle (SDLC) Models and object-oriented modeling Unified Modeling Language (UML). The results have collected data of 1,482 endemic tree species, and 86 types of wood with characteristics stored in the system database. Nomenclature of the plant refers to the International Code of Botanical Nomenclature (ICBN). Performance testing of stress testing per user and per URL; average web requests processed in less than 10 seconds (<;10s) or Average Click Time of 20 users 9,848ms. This explains that there is work to be done to the application and web server.
机译:考虑到保护和管理以及对生物多样性资产的丧失的认识非常有限,需要在婆罗洲群岛的勘探活动中加快进行基础生物多样性研究的努力。因此,有必要开发婆罗洲的生物多样性信息系统,该系统可用于收集,观察和监测植物生物多样性物种的数据,该系统着重于管理和搜索特有树种数据以及木材类型及其木材。特征。婆罗洲的生物多样性信息系统是使用软件开发生命周期(SDLC)模型和面向对象的建模统一建模语言(UML)构建的。结果已收集了1,482种特有树种和86种具有特征的木材的数据,这些特征存储在系统数据库中。植物的命名法是指国际植物命名法(ICBN)。每个用户和每个URL的压力测试的性能测试;在不到10秒(<; 10s)或20个用户的平均点击时间9,848ms之内处理的平均Web请求。这说明需要对应用程序和Web服务器进行工作。

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