智联未来——从物联网到智联网
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作者中国通信工业协会物联网应用分会
出版社科技文献
ISBN9787518976447
出版时间2021-04
装帧平装
开本其他
定价68元
货号31119443
上书时间2024-06-29
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目录
第一篇物联网的发展历程及技术基础
第一章物联网的发展历程 / 002
第一节 物联网的定义 / 002
第二节 物联网的发展历程 / 003
第三节 物联网应用发展情况和特点 / 006
第四节 物联网关键领域产业进展情况 / 010
第二章物联网的技术体系及关键技术 / 016
第一节 物联网的架构 / 016
第二节 物联网技术的特点 / 018
第三节 物联网的关键技术 / 019
第三章物联网面临的问题 / 030
第一节 物联网的时间敏感性问题及策略 / 030
第二节 物联网的设备地址问题及解决方法 / 031
第三节 物联网的安全体系问题及安全策略 / 033
第四节 物联网安全威胁案例 / 038
本篇小结 / 042
第二篇物联网的现实应用
第四章从智能建筑与智能小区到智慧社区 / 044
第一节 智能建筑和智能小区在中国的发展历程 / 044
第二节 “多网融合”技术与物联网 / 048
第三节 物联网与智能建筑集成一体化 / 051
第四节 智慧社区与物联网 / 061
第五章物联网在安防行业的发展 / 068
第一节 公共安防行业的物联网应用 / 068
第二节 社区安防的物联网应用 / 070
第三节 安防行业中的关键技术 / 072
第四节 安防行业的未来 / 078
第六章基于网格化的社会精细化管理 / 081
第一节 网格化管理的提出 / 081
第二节 网格化管理的作用 / 082
第三节 网格化管理的案例 / 084
第七章消防救援与城市安全中的物联网 / 087
第一节 物联网在智慧消防中的应用 / 087
第二节 防消结合的智慧消防系统 / 093
第三节 物联网与应急指挥 / 095
第八章医疗与健康领域的物联网应用 / 105
第一节 物联网在医疗领域的应用 / 105
第二节 主动健康与物联网应用 / 111
第三节 可穿戴设备与健康服务 / 116
第九章养老产业与物联网 / 121
第一节 智慧养老的概念 / 121
第二节 智慧养老系统构建 / 122
第三节 智慧养老中的物联网应用 / 125
第十章基于物联网的智慧交通 / 130
第一节 智慧交通的概念 / 130
第二节 基于物联网的智慧交通系统 / 131
第十一章 基于物联网的共享服务 / 135
第一节 共享单车 / 135
第二节 共享汽车 / 138
第三节 共享快递柜 / 140
本篇小结 / 143
第三篇从物联网到智联网——物联网的未来愿景
第十二章 智联网的技术基础 / 146
第一节 什么是智联网 / 146
第二节 什么是大数据 / 147
第三节 什么是人工智能 / 151
第四节 什么是云计算 / 153
第五节 什么是边缘计算 / 156
第六节 5G时代的到来 / 158
第十三章 “光”联万物——“安全看得见”的物联网 / 165
第一节 室内高速灯光上网 / 166
第二节 非接触式无线光互联 / 168
第三节 可见光定位探测 / 170
第四节 典型行业应用 / 173
第十四章 智慧工厂与个性化制造 / 175
第一节 未来的智慧工厂 / 175
第二节 未来的个性化制造 / 178
第十五章 智慧农业与家庭农场 / 180
第一节 智慧农业的兴起 / 180
第二节 农业数据服务 / 182
第三节 无人机植保 / 184
第四节 农机自动驾驶 / 185
第五节 精细化养殖 / 186
第六节 未来的家庭农场——物联网阳台农业 / 188
第十六章 车联网与自动驾驶 / 191
第一节 车联网的内涵/ 191
第二节 智联网让汽车长了眼睛 / 193
第三节 智联网让汽车有了思想 / 195
第十七章 未来的智联网医疗 / 198
第一节 智联网在抗疫中初显神通 / 198
第二节 从可视技术到微粒机器人 / 199
第三节 从靶向治疗到基因修复 / 200
第十八章 数字孪生的未来应用 / 203
第一节 数字孪生是什么 / 203
第二节 数字孪生中的交互与协同 / 205
第三节 数字孪生未来的行业应用 / 206
第四节 数字孪生开启城市数字化转型新篇章 / 213
第十九章 未来的“电子管家”服务 / 220
第一节 什么是“电子管家”服务 / 220
第二节 我们日常生活中的“电子管家” / 221
第三节 社区健康管家——不生病的智慧 / 223
第四节 家庭养老好助手——家庭机器人 / 225
第二十章 智慧园区建设中的智联网应用 / 227
第一节 建设内容 / 227
第二节 服务内容 / 230
第三节 科技元素展现内容 / 233
第二十一章 生物识别的广泛应用 / 235
第一节 声纹识别与应用 / 235
第二节 步态识别与应用 / 242
第三节 虹膜识别与应用 / 244
第二十二章 中国物联网未来的规划 / 247
第一节 中国移动物联网的发展 / 247
第二节 NB-IoT是5G下的物联网 / 249
第三节 5G应用场景规划 / 250
本篇小结 / 251
参考文献 / 252
图表目录
图2-1 物联网体系结构示意 ·······························································017
图2-2 无线广域网 ·············································································024
图4-1 传统的智能化系统示意 ····························································048
图4-2 多网融合系统示意 ···································································048
图4-3 元素论的抽象化模型 ·······························································050
图4-4 智能建筑集成一体化系统主界面 ··············································051
图4-5 视频监控管理与调度界面 ························································053
图4-6 电梯紧急求助可视对讲系统结构 ··············································054
图4-7 紧急求助时的软件界面 ····························································055
图4-8 电梯状态监测界面 ···································································056
图4-9 电梯维保管理系统 ···································································057
图4-10 地下车库紧急求助可视对讲报警联动界面 ······························057
图4-11 车牌识别出入口监控界面 ······················································058
图4-12 报警联动模块界面 ·································································059
图4-13 机电设备监控模块界面 ··························································060
图4-14 远程抄表管理中心界面 ··························································061
图4-15 “社区”的定义 ····································································063
图4-16 试点项目实施内容 ·································································064
图5-1 车牌识别技术 ··········································································074
图5-2 图像增强技术 ··········································································075
图6-1 东城区网格化服务管理中心 ·····················································084
图7-1 消防装备智能管理系统结构 ·····················································092
图7-2 防消结合的智慧消防系统 ························································094
图7-3 应急指挥的系统架构 ·······························································097
图7-4 消防应急指挥物联网系统示意 ·················································102
图8-1 健康医学工程系统SIR模式 ····················································113
图8-2 时间维度的体征检测设备 ························································114
图8-3 空间维度的体征检测设备 ························································114
图8-4 点维度的体征检测设备 ····························································115
图8-5 垂直律动仪和肌电LED生物反馈仪 ········································116
图9-1 医用传感器技术应用于养老 ·····················································127
图9-2 可食用“计算机” ···································································127
图10-1 智慧交通的概念 ····································································131
图10-2 交通智能引导系统 ·································································132
图10-3 实时动态交通信息服务系统 ···················································133
图11-1 共享单车智能锁系统 ·····························································137
图11-2 共享快递柜工作流程 ·····························································141
图11-3 共享快递柜后台管理 ·····························································141
图12-1 三大运营商获得的5G频谱 ····················································161
图13-1 可见光高速上网台灯示意 ······················································167
图13-2 可见光视频点播示意 ·····························································168
图13-3 光子认证支付系统 ·································································170
图13-4 可见光定位导览示意 ·····························································171
图15-1 智慧农业大数据平台 ·····························································182
图表目录 图表目录.
图15-2 农机自动驾驶 ········································································186
图15-3 阳台农业生态系统组成示意 ···················································188
图16-1 车联网的概念 ········································································192
图16-2 智联网车辆 ···········································································194
图17-1 基因编辑 ···············································································201
图18-1 数字孪生的基本概念模型 ······················································204
图18-2 增强现实实现数字孪生可视化框架 ········································206
图18-3 数字孪生城市 ········································································214
图18-4 数字孪生城市整体架构 ··························································215
图19-1 散布在社区内的“电子管家社区门店” ·································221
图19-2 门禁系统和空气净化服务设备 ···············································222
图19-3 大型商业的自动停车机器人 ···················································223
图19-4 应急值守一体机 ····································································223
图19-5 航天医学无创血液检测AMP设备 ·········································224
图19-6 放置AMP的智慧方舱 ···························································224
图19-7 “电子管家”机器人 ·····························································226
图20-1 亿达智慧园区总体规划示意 ···················································228
图22-1 5G三大应用场景 ···································································249
表3-1 3种安全方式比较 ···································································032
表8-1 主流可穿戴设备一览 ·······························································117
表11-1 典型车企采用的车锁技术 ······················································136
表11-2 GPS电子锁常见元器件及用途 ···············································136
表11-3 常见共享汽车运营模式 ··························································138
表12-1 5G和4G的技术指标对比 ······················································160
内容摘要
5G网络速度和接入能力将跳出移动互联网真正实现让万物相连，让城市生活包括交通、安防、教育、旅游等各个方面都将变得更加智慧，人工智能，自动驾驶，远程手术，智慧城市，万物互联，都会因5G而普及。本书介绍了物联网和5G通信的互联互通关系、发展现状及未来发展方向。
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