摘要 ： 近日，市场监管总局批准建立航空高端装备、工业制造仪器仪表、新能源汽车、热工仪表、电力智慧测量、航天信息技术、乳制品应用等10个计量人才 实训中心。 特别提示 微信机制调整，点击顶部"仪器信息网" → 右上方"…" → 设为 ★ 星标，否则很可能无法看到我们的推送。 近日，市场监管总局批准 建立航空高端装备、 工 业 制 造 仪 器 仪 表 、 新 能 源 汽 车 、 热 工 仪 表 、 电 力 智 慧 测 量 、 航 天 信 息 技 术 、 乳 制 品 应 用 等10个计量人才实训中心。 针对现代化产业发展中的计量技术瓶颈问题，实训中心将立足产业和行业特色，开发涵盖基础理论、技术实 操、前沿探索的课程体系，采用"虚拟仿真+实景操作""理论实训一体化"等现代化技术手段，开展定制化、模块化实训。同时，实训中心将探 索 建 立 与 产 业 需 求 对 接 的 动 态 调 整 机 制 ， 通 过 开 发 数 字 化 实 训 系 统 、 建 设 在 线 资 源 库 等 方 式 ， 实 现 实 训 资 源 的 广 泛 覆 盖 和 高 效 利 用 。 计量人才是国家人才队伍的重要组成部分。实训中心将依托国家优势计 ...

近日，市场监管总局批准建立航空高端装备、工业制造仪器仪表、新能源汽车、热工仪表、电力智慧测 量、航天信息技术、乳制品应用等10个计量人才实训中心。针对现代化产业发展中的计量技术瓶颈问 题，实训中心将立足产业和行业特色，开发涵盖基础理论、技术实操、前沿探索的课程体系，采用"虚 拟仿真+实景操作""理论实训一体化"等现代化技术手段，开展定制化、模块化实训。同时，实训中心将 探索建立与产业需求对接的动态调整机制，通过开发数字化实训系统、建设在线资源库等方式，实现实 训资源的广泛覆盖和高效利用。 ...

Core Viewpoint - The collaboration between Zhongke Shuguang and Zhongke Xingtou aims to establish a new ecosystem for China's space computing industry, focusing on innovation and application in space computing technology [1][4]. Group 1: Industry Context - Space computing is emerging as a strategic new technology frontier, with the Chinese government emphasizing the development of future industries, including commercial aerospace and low-altitude economy [4]. - The development of space information industry and satellite internet has been integrated into several national strategies, marking a significant opportunity for digitalization and intelligence in the aerospace sector [4]. - Satellites are transitioning from one-way data collection to edge intelligence and integrated smart computing operations, leading to the emergence of space computing as a new scenario [4]. Group 2: Company Profiles - Zhongke Shuguang provides innovative, efficient, and reliable IT products and solutions, holding a strong market position in high-end computing, storage, security, and data center sectors [4]. - Zhongke Xingtou is a leader in space information technology innovation and an integrator of the commercial aerospace industry chain, developing a comprehensive space information service system [5]. Group 3: Collaboration Details - The signed agreement will lead to joint development of high-performance, low-power, and highly reliable core components for space computing scenarios, promoting full-chain technological innovation [6]. - The collaboration aims to create an open and inclusive space computing network, establishing a "天地一体化" (integrated space-ground) intelligent computing architecture for resource interconnection and real-time data processing [6]. - The partnership will also focus on setting standards for space chip interfaces and space data processing models, engaging various stakeholders to accelerate the transformation of aerospace innovation results [6]. Group 4: Global Impact - The collaboration seeks to couple computing technology with aerospace scenarios, aiming to provide inclusive space computing services globally, thereby reducing the global computing gap and promoting the sharing of space information resources [6].