摘要
设计开发了从硬件资源到软件架构的一体化人工智能实践平台。通过SLURM调度系统和多框架多数据集环境为学生快速入门人工智能实践提供支持与保障;通过完善指导手册、开发图形化操作界面优化开发流程,提升用户友好性和操作便捷性;通过制定平台使用规范,促进竞赛管理和项目研究。利用软硬结合技术,该平台可在最小化成本的基础上,加速科研科创成果产出。近2年来,平台已支撑发表数十篇顶刊论文并助力学生组队参加教育部官方赛事并荣获十余次冠军奖项。
We has developed an integrated artificial intelligence experimental platform from hardware resources to software architecture.The SLURM scheduling system and integratingdatasets and frameworks environment provide strong support for students to get started with artificial intelligence practice cases quickly.It optimizesthe development process by improving the instruction manual,video,and graphical operation interface,and improves user-friendliness and operation convenience.By setting specifications,guiding competitions and scientific researching,students’practical ability and scientific research ability are dramatically improved.With the combination of software and hardware,the platform can accelerate the output of scientific research and innovation achievements on the basis of minimizing the cost.In the past two years,the platform has supported the publication of top papers and helped the student clubs win more than ten champion awards in the official competitions of the Ministry of Education.
作者
楚朋志
肖雄子彦
陈江平
徐季旻
熊振华
CHU Pengzhi;XIAO Xiongziyan;CHEN Jiangping;XU Jimin;XIONG Zhenhua(Student Innovation Center,Shanghai Jiao Tong University,Shanghai 200240,China;School of Biomedical Engineering,Shanghai Jiao Tong University,Shanghai 200240,China)
出处
《实验室研究与探索》
CAS
北大核心
2022年第11期90-93,144,共5页
Research and Exploration In Laboratory
基金
教育部产学合作校企协同创新创业人才基地建设项目(202102511035)
教育部第二批新工科研究与实践项目(E-DXKJC20200515)。
关键词
人工智能
实践平台
调度系统
可视化
一体化系统
artificial intelligence(AI)
practical platform
schedule system
visualization
integrated system
