目录
title: "围棋对弈机器人系统架构"topic: "technical/hardware-software architecture"data_type: "system/structure"complexity: "complex"point_count: 12source_language: "zh"user_language: "zh"
Main Topic
围棋对弈机器人的完整系统架构,包含本地设备(主控、机械臂、感知、交互4大子系统)和云端平台(自研AI引擎+6大服务模块),通过 Wi-Fi/4G 连接。
Learning Objectives
After viewing this infographic, the viewer should understand:
- 机器人本地设备由哪些子系统组成,各自职责是什么
- 云端平台的核心是自研AI引擎,承担对弈决策、反作弊、复盘分析
- 本地与云端的分工关系:本地低算力做实时感知+监控,云端高算力做AI推理
Target Audience
- Knowledge Level: Intermediate(产品/技术团队、投资人)
- Context: 理解产品技术架构全貌
- Expectations: 快速看清系统各模块及其关系
Content Type Analysis
- Data Structure: 系统组件拆解 + 层级关系
- Key Relationships: 本地↔云端双向通信;感知→主控→机械臂数据流
- Visual Opportunities: 硬件子系统可用爆炸图/拆解视图;云端用中心辐射结构
Key Data Points (Verbatim)
- "RK3566(四核A53@1.8GHz,0.8TOPS NPU)"
- "4DOF伺服机械臂"
- "电磁吸附头 + 旋转取子轮"
- "运动控制MCU STM32F4"
- "棋盘摄像头 500万像素 俯视"
- "监考摄像头 200万 120°广角"
- "7寸触控屏 1024×600"
- "AI对弈决策 15级~专业段位"
- "AI吻合度反作弊分析"
- "USB-C + BLE → 未来陪伴机器人扩展"
- "Wi-Fi / 4G 连接"
Layout × Style Signals
- Content type: System/Structure → structural-breakdown
- Tone: Technical/Engineering → technical-schematic
- Audience: Product/Tech team → blueprint precision
- Complexity: Complex (12+ components) → detailed breakdown
Recommended Combination
structural-breakdown + technical-schematic (Confirmed): 蓝图工程风,零件拆解式展示