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Back中国“慧眼”植被健康智能体发布 深度结合人工智能与空天信息
中国“慧眼”植被健康智能体发布 深度结合人工智能与空天信息
Science
中国新闻网9 hours agoScience7 min readChinaView translation

中国“慧眼”植被健康智能体发布 深度结合人工智能与空天信息

第六届植被病虫害遥感大会在北京召开,正式发布“慧眼”植被健康智能体。

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中国科学院空天信息创新研究院牵头研制的“慧眼”植被健康智能体31日在京发布。该智能体结合AI技术与空天信息,为全球粮食、生物和生态安全提供科技支撑。

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Why It Matters

第六届植被病虫害遥感大会在北京开幕,聚焦遥感与人工智能在植被健康监测中的应用。

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中新网北京10月31日电 (记者 孙自法)记者10月31日从中国科学院空天信息创新研究院(空天院)获悉,由该院牵头研制的“慧眼”植被健康智能体,当天在第六届植被病虫害遥感大会上正式发布。该智能体通过人工智能(AI)技术、空天信息与植被健康专业知识的深度结合,将天空地网数据、模型算法和专业知识组织为协同工作的多智能体集群。

中国“慧眼”服务全球

“慧眼”植被健康智能体集成植被世界模型、模型工坊和多智能体协同等多项技术,实现从植被状态感知到分析决策的全流程服务,推动植被健康监测由人工组织数据和分析流程向智能协同转变,为全球粮食安全、生物安全和生态安全提供科技支撑。

在数字基础设施层面,建成映射真实植被世界的“慧眼”植被世界模型,围绕长势、病虫害、肥水胁迫和生态退化等形成专业情景。

在专业能力供给层面,通过模型工坊汇集情景所需的数据、机理知识、评价规则与人工智能技术,持续生产和发布监测预警能力模型。

在任务执行层面,由总控智能体组织多个领域智能体自主分工、动态协同,在遥感机理与质量规则约束下调用数据、知识和模型,完成天空地网软硬件协同分析。

用户提出任务需求后,智能体可进入相应情景、调用专业能力,支持大面积、无损、快速的植被健康早期监测、动态评估、智能预警和辅助决策,使专业分析能力更便于服务管理、科研和生产一线。

在应用方面,“慧眼”植被健康智能体面向跨境病虫害风险研判、农业生产和森林草原保护等需求提供分析服务。以亚非沙漠蝗监测预警为例,该智能体持续形成专题图与科学报告,可为相关国际组织和国家提供提前10天至30天的监测预警服务,精度超过85%,为跨境风险研判和协同应对提供科技支持。

“慧眼”植被健康智能体相关服务,同时覆盖作物长势与产量、养分与水分胁迫、森林草原变化等方向,通过联合研究、技术交流和成果共享,促进空天观测成果与一线生产需求衔接,服务全球植被健康监测与可持续发展。

聚焦遥感和AI赋能

第六届植被病虫害遥感大会以“遥感和AI赋能植被同一健康”为主题,旨在促进多学科交叉和产学研用融合,推动植被健康领域的理论研究、技术创新与应用示范。

大会聚焦遥感与人工智能在植被健康监测、预警和防控中的理论、模型、方法、系统及应用进展,涵盖遥感、植保、生态、环境、气象和人工智能等领域,涉及农业、林业和草业的病虫害监测预警、绿色防控、生物多样性保护与生态安全。

中国科学院院士、中国科学院空天院党委书记、副院长张兵在大会上致辞中指出,对地观测与人工智能的深度融合,为病虫害早期识别、传播预测和综合风险评估开辟了新的空间。

他表示,未来发展的关键,在于将观测数据、智能算法与生物学、生态学机理紧密结合,形成可解释、可验证、可推广的科学技术,推动监测预警与科学防控决策有效衔接,使技术切实转化为防灾减损和绿色发展的能力。

据悉,围绕植被病虫害遥感的相关理论和行业应用等问题,本届大会设置主论坛及病虫害生物学与种群动态监测、大数据与人工智能应用、卫星监测与灾害预警评估、低空遥感与生境监测、遥感大模型与植被健康产业、研究生论坛等六个分论坛,邀请中外专家学者交流最新研究成果,展示空间信息与人工智能技术在植被健康领域的应用,推动技术创新与成果转化,促进跨学科、跨区域协作。

Open Questions

  • “慧眼”智能体未来在更多国际合作中的具体应用范围是什么?

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This article was originally published by 中国新闻网.

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