×
图文详情
  • ISBN:9787121333927
  • 装帧:一般轻型纸
  • 册数:暂无
  • 重量:暂无
  • 开本:32开
  • 页数:321
  • 出版时间:2018-01-01
  • 条形码:9787121333927 ; 978-7-121-33392-7

本书特色

人类是一个群居体,从生命诞生以来,人类的生活就离不开信息的交流,从语言、文字到造纸术、印刷术,到电报、电话,一直到区块链、人工智能等新一代信息技术,人类的信息技不断变革。2015年5月,国务院印发《中国制造2025》,部署全面推进实施制造强国战略,围绕经济社会发展和国家安全重大需求,选择十大优势和战略产业作为突破点,新一代信息技术产业是其中之一。2016年7月、12月,《国家信息化发展战略纲要》和《"十三五”国家信息化规划》相继出台,力求加快释放信息化发展的巨大潜能,重点突破,推动信息技术更好服务经济升级和民生改善,以信息化驱动现代化,加快建设网络强国。 正是在这样的背景下,本书创作完成了,它是一本普及信息技术的书籍,从浩繁卷帙的长卷中,追索信息技术的发展,聆听历史的足音,感知未来的脚步。

内容简介

灯泡不是爱迪生发明的?
电话不是贝尔发明的?
无线电不是马可尼发明的?
*位上天飞行的不是莱特兄弟?
时间晶体存在记忆?
区块链之父是何方神圣?
未来人类将半人半机器?
本书将带您穿越信息技术的迷雾。

目录

第1 章 信息发展史 ·············································································· 1
1.1 语言 ······················································································· 2
1.2 文字 ······················································································· 4
1.3 驿站 ······················································································· 8
1.4 长城 ······················································································· 9
1.5 灯塔 ····················································································· 10
1.6 造纸术 ·················································································· 11
1.7 印刷术 ·················································································· 11
1.8 信鸽 ····················································································· 12
1.9 有线电 ·················································································· 13
1.10 无线电 ················································································ 21
1.11 人造卫星 ············································································ 24
1.12 互联网 ················································································ 29
1.13 新一代信息技术 ································································· 52
第2 章 终端技术 ················································································ 56
2.1 线缆······················································································ 57
2.2 半导体 ·················································································· 64
2.3 传感器 ·················································································· 69
2.4 智能硬件 ·············································································· 73
2.5 智能穿戴 ·············································································· 83
2.6 智能网关 ·············································································· 89
2.7 智能家居 ·············································································· 95
2.8 增材制造 ············································································ 106
2.9 4D 打印 ·············································································· 109
2.10 电池技术 ···········································································110
2.11 柔性电子 ···········································································117
2.12 显示技术 ···········································································118
2.13 虚拟现实 ·········································································· 121
第3 章 软件技术 ·············································································· 127
3.1 软件现状 ············································································ 128
3.2 开源技术 ············································································ 129
3.3 操作系统 ············································································ 135
3.4 IPv6 技术 ··········································································· 138
3.5 软件定义网络 ···································································· 141
第4 章 无线技术 ·············································································· 147
4.1 无线网分类 ········································································ 148
4.2 移动通信 ············································································ 149
4.3 WLAN 技术 ······································································· 171
4.4 蓝牙技术 ············································································ 177
4.5 ZigBee 技术 ······································································· 181
4.6 近场通信 ············································································ 183
4.7 LiFi 技术 ············································································ 186
4.8 无源WiFi ··········································································· 188
4.9 LPWAN ·············································································· 190
4.10 引力波 ·············································································· 199
第5 章 云计算 ·························5
展开全部

作者简介

吕廷杰,教授,博导。1978年9月至1982年7月在北京邮电大学无线电工程系读大学本科;1982年9月至1985年5月在北京邮电大学攻读管理工程硕士研究生;1989年10月至1991年9月和1996年9月至1997年11月先后两次留学日本京都大学,并于1997年11月获京都大学系统工程博士学位;1994 年5 月至10月在美国 AT&T 工商管理学校和贝尔实验室做访问学者;1993年5月至1996年 5月任北京邮电大学管理工程系副主任、副教授;1996年6月至1998年2月任北京邮电大学任管理与人文学院副院长、教授;1998年2月至 1999 年12月借调至原邮电部任第22届万国邮联大会主席助理;2000年5月至 2003年5月任北京邮电大学研究生院常务副院长;2003年6月至2008年3月任经济管理学院院长;2008年3月至2015年5月任北京邮电大学校长助理,其间2011年5月至2014年9月兼任经济管理学院执行院长。担任的职务包括但不限于教育部电子商务教学指导委员会副主任、工信部科技委委员、工信部电信经济专家委员会委员、中国信息经济学会常务副理事长、中国技术经济研究会通信专委会主任、中国通信学会管理专委会主任、国际电信协会(ITS)常务理事、清华大学国家管理学研究基地研究员、中国管理科学院院士。

预估到手价 ×

预估到手价是按参与促销活动、以最优惠的购买方案计算出的价格(不含优惠券部分),仅供参考,未必等同于实际到手价。

确定
快速
导航