[{"data":1,"prerenderedAt":-1},["ShallowReactive",2],{"$f4rIRGWXG9fVrZ-VQB_K2O4z4qKcByDMT3oudE3zrPDE":3},{"answer":4,"createTime":5,"id":6,"options":7,"origin":13,"question":17,"related":18,"source":22,"type":23},[],"2026-04-05 09:54:43",334746256,[8,9,10,11,12],"让员工B完全不需要学习业务知识","要求员工具备高超的编程能力","改善了办公室网络连接速度慢的问题","解决了不同品牌电脑之间的硬件兼容问题","通过自动化处理耗时、重复或复杂的任务,极大地提高了个人和团队的工作效率",{"courseId":14,"courseImg":15,"courseName":16},"53e1d2ef4961cca8eea3e23969ad2cb9","https:\u002F\u002Ftihai-oss-cloud.itihey.com\u002Fimg\u002F03a579384a6dc297c89809b582fcc767.png","默认课程","在现代企业中,员工A经常需要花费大量时间手动整理会议纪要、从零开始制作PPT.而员工B则利用AI工具一键转写会议纪要并提炼待办事项、通过一句话生成PPT初稿.最终,员工B的产出效率远高于A.这个案例鲜明地揭示了AI工具在办公场景中解决的核心痛点是什么?( )",[19,24,33,42,51,61,70,79,88,97],{"answer":20,"createTime":5,"id":6,"options":21,"question":17,"source":22,"type":23},[],[8,9,10,11,12],"v1",0,{"answer":25,"createTime":5,"id":26,"options":27,"question":32,"source":22,"type":23},[],334746257,[28,29,30,31],"镜头语言的叙事逻辑","每帧画面的渲染精度","角色模型多边形数量","物理引擎的运算参数","制作游戏过场动画时,导演需要优先确定的是",{"answer":34,"createTime":5,"id":35,"options":36,"question":41,"source":22,"type":23},[],334746258,[37,38,39,40],"DeepSeek-V3","Gemini 2.5 Pro","DeepSeek-R1","Claude 3.5 Haiku","使用"论文高效解读"功能时,下列哪种AI模型更适合处理较长的学术论文?( )",{"answer":43,"createTime":5,"id":44,"options":45,"question":50,"source":22,"type":23},[],334746259,[46,47,48,49],"在一个提示词中引入多个相关维度(如时间、空间、情感等)","在多个平台上提问相同问题","同时向多个AI模型提问","将一个问题拆分成多个子问题","在提示词战术技巧中,"多维度提问"是指( )",{"answer":52,"createTime":5,"id":53,"options":54,"question":60,"source":22,"type":23},[],334746260,[55,56,57,58,59],"它支持通过自然语言描述来生成动画代码,极大地降低了内容创作的技术门槛,使非技术背景的用户也能参与","它要求使用者必须先成为Python编程专家","它需要用户手动配置复杂的编程环境和依赖库","它提供的动画模板无法修改","它只能用于制作数学相关的动画","一位对编程不熟悉的生物老师,希望为课堂制作一个演示细胞分裂过程的动画.当他了解到可以使用Trae和DeepSeek-V3这样的工具组合时,对他而言,这个组合最大的吸引力在于什么?( )",{"answer":62,"createTime":5,"id":63,"options":64,"question":69,"source":22,"type":23},[],334746261,[65,66,67,68],"Agent","MCP","ANP","LLM","视频中讲述的智能体与外部交互的协议是( )",{"answer":71,"createTime":5,"id":72,"options":73,"question":78,"source":22,"type":23},[],334746262,[74,75,76,77],"GPU算力不足","缺乏行业专业知识","训练数据质量差","模型泛化能力弱","下列哪一项不是AIGC在垂直领域应用的主要挑战",{"answer":80,"createTime":5,"id":81,"options":82,"question":87,"source":22,"type":23},[],334746263,[83,84,85,86],"一个 ECharts 插件安装包","一个可以直接在浏览器中打开的完整 HTML 文件","一张静态的图片文件","一个 JSON 配置文件","根据课程的操作演示,当要求 DeepSeek 使用 ECharts 库生成图表时,它通常会生成什么格式的最终产物?( )",{"answer":89,"createTime":5,"id":90,"options":91,"question":96,"source":22,"type":23},[],334746264,[92,93,94,95],"科大讯飞","腾讯","阿里云","华为",""秦岭·翱翔"流体力学大模型是与哪家公司合作开发的?( )",{"answer":98,"createTime":5,"id":99,"options":100,"question":105,"source":22,"type":23},[],334746265,[101,102,103,104],"任务②:通过API调用内部工具,是Agent的核心能力之一","任务④:涉及自主决策和真实世界的金融交易,这触及了AI的"自主性"边界.一旦出现模型幻觉或对市场"黑天鹅"事件的误判,可能导致不可逆的巨大经济损失,其可靠性和权责界定是极大的挑战","任务①:属于信息检索和处理,是当前AI Agent的成熟应用领域","任务③:结合信息检索和文本生成,是Agent能够胜任的复杂任务","一家顶尖投行计划利用智能体(Agent)技术,打造一个名为"自主金融分析师"的AI系统.该系统的设计目标包括:①自动监控全球宏观经济新闻和市场数据;②自主调用公司的量化模型进行风险评估;③根据分析结果,撰写深度行业研究报告初稿;④在市场剧烈波动时,直接执行预设阈值内的交易指令.从智能体的关键技术原理(1.2节)和当前技术成熟度来看,上述哪个设计目标在实际应用中存在"最高的潜在风险和技术挑战"?( )"]