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Chinese college students send self-developed satellite into orbit_我的网站

一 |     日报讯（米彦泽、李沛哲）人工智能是新一轮科技革命和产业变革的重要驱动力量。    (ECNS) -- A student satellite team from Harbin Institute of Technology successfully launched its self-developed Lilac-3 satellite into orbit, marking a milestone for a young team involved in independent satellite development.    The satellite was launched aboard a Gravity-1 Y4 carrier rocket from waters near Shanghai at 10:54 a.m. on July 22. Telemetry data was successfully received at 11:41 a.m., confirming the mission’s success.    Lilac-3 features an ultra-flat disk-shaped design, with its main body measuring less than 5 centimeters in thickness. The design allows satellites to be stacked more efficiently during launches and is expected to support future low-orbit constellation deployment.    When the project began, about 70% of team members were undergraduates, with an average age of 22. Most had no previous experience with complete satellite engineering projects and learned new technologies during the development process.    After the first Lilac-3 failed to enter orbit due to a launch failure earlier this year, the team rebuilt the satellite within three months, improving its performance and adding new experimental tasks.    Founded in 2012, this team is the first university student team in China to independently complete satellite design, development and mission management. Lilac-3 is the fourth satellite successfully launched by the team.    (By Intern Liu Shuangjing, Zhang Dongfang)                    。雄安新区依托算力、数据、场景三大核心资源，构建了“院士引领、多平台支撑、实训育才、算力筑基、全域场景赋能、模数共振、模芯融合、要素集聚、安全治理、生态融合”的人工智能产业创新体系。构建多元算力供给体系。新区依托国际互联网数据专用通道和国内骨干直联网络，上线雄安国际算力一体化调度平台，链接国内算力超2万P，打造统筹、辐射全国、通达全球的一体化算力调度节点，为企业数智化转型提供高性能算力支撑。推进模芯融合发展。聚焦自主可控发展主线，新区推动大模型与国产芯片深度适配融合，形成涵盖百信服务器、安算一体机、“北斗+5G”芯片、太赫兹芯片等“四核九芯”自主创新产品体系。强化全域场景赋能。新区面向各类创新主体开放全域城市场景，鼓励和支持AI+创新应用在雄安开展试点试验和规模部署。依托“百模大赛”，吸引千余项作品参赛。目前已引入极智嘉、稳准智能、洞见科技等100余家人工智能重点企业，研发AI大模型30余个，推动大模型在生产制造、运营运维等领域融合应用。开展实训育才。新区高质量建设涵盖智能体、具身机器人、AIGC（人工智能生成内容）、智算中心四大课程体系于一体的“AI+IT”综合实训基地。建设卓越工程师创新研究院，与疏解高校联合培养“人工智能+”研究生，打造国家级人工智能人才培养基地。

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Published on:18:13:20