由于此商品库存有限,请在下单后15分钟之内支付完成,手慢无哦!
100%刮中券,最高50元无敌券,券有效期7天
活动自2017年6月2日上线,敬请关注云钻刮券活动规则更新。
如活动受政府机关指令需要停止举办的,或活动遭受严重网络攻击需暂停举办的,或者系统故障导致的其它意外问题,苏宁无需为此承担赔偿或者进行补偿。
[正版新书]动手做计算机网络仿真实验:基于 Packet Tracer (微课视频版) 高军,吴亮红,卢明 清华大学出版
¥ ×1
书名: | 动手做计算机网络仿真实验:基于 Packet Tracer (微课视频版) |
出版社: | 清华大学出版社 |
出版日期 | 2023 |
ISBN号: | 9787302639121 |
本书是与《深入浅出计算机网络(微课视频版)》配套的实验教材,实验内容与教材内容相辅相成,可以帮助学习者更好地理解和掌握教材中的理论知识,每一个实验基本上都包括实验目的、预备知识、实验设备、实验拓扑、实验配置和实验步骤,读者不仅可以掌握使用Cisco Packet Tracer中的相关设备完成网络设计、实现方法和步骤,并进行验证,而且可以进一步理解实验所涉及的原理和技术,加深对教学内容的理解,培养分析问题、解决问题的能力。 本书实验内容紧扣计算机网络的理论教学知识点,每个知识点都配有相应实验,针对性强,条理清晰,图文并茂,内容详细,叙述和分析透彻。全书配套了教学课件PPT、微课视频、各实验的配套电子文档。 本书可作为《深入浅出计算机网络(微课视频版)》的配套实验用书,也适合作为其他高校和大中专院校计算机网络课程的实验实训指导书,对从事计算机网络工作的工程技术人员和研究人员也有参考价值。 |
|
|
湖科大教书匠 高军老师领衔打造,《深入浅出计算机网络(微课视频版)》的配套实验书 |
|
目录 第 1 章 认识 Packet Tracer 仿真软件 ························ 1 1.1 Packet Tracer 软件的获取、安装 及运行······································· 1 1.1.1 Packet Tracer 软件的获取 ···············1 1.1.2 Packet Tracer 软件的安装 ···············2 1.1.3 Packet Tracer 软件的运行 ···············2 1.2 Packet Tracer 软件的基本使用方法 ··· 2 1.2.1 Packet Tracer 软件的用户界面 ·········2 1.2.2 构建网络拓扑 ·····························4 1.2.3 配置网络设备 ··························· 12 1.2.4 进行网络测试 ··························· 16 1.2.5 查看网络设备的相关网络信息 ······ 21 1.2.6 单步模拟和协议分析 ·················· 25 1.3 IOS 命令行模式 ·························29 1.3.1 用户执行模式 ··························· 30 1.3.2 特权执行模式 ··························· 30 1.3.3 全局配置模式 ··························· 31 1.3.4 接口配置模式 ··························· 31 1.4 IOS 命令辅助 ····························32 1.4.1 帮助命令 ································· 33 1.4.2 自动补全命令 ··························· 33 1.4.3 简写命令 ································· 33 1.4.4 历史命令缓存 ··························· 34 1.4.5 取消命令 ································· 34 第 2 章 物理层相关实验 ·······································35 实验 2-1 熟悉常用网络设备及其互连 ···35 第 3 章 数据链路层相关实验 ··································38 3.1 实验 3-1 验证点对点协议 ···········38 3.2 实验 3-2 使用集线器构建共享式以太网 ·····································43 3.3 实验 3-3 使用交换机构建交换式以太网 ·····································46 3.4 实验 3-4 以太网交换机自学习和转发帧的过程 ··································50 3.5 实验 3-5 以太网的扩展(集线器和交换机的对比) ······················55 3.6 实验 3-6 验证以太网交换机的生成树协议 ········································61 3.7 实验 3-7 划分虚拟局域网 ···········66 第 4 章 网络层相关实验 ·······································75 4.1 实验 4-1 验证地址解析协议的基本工作原理 ·····································75 4.2 实验 4-2 地址解析协议不能跨网络直接使用 ··································81 4.3 实验 4-3 IPv4 地址的分类编址方法 ········································86 4.4 实验 4-4 IPv4 地址的划分子网编址方法 ··································90 4.5 实验 4-5 IPv4 地址的无分类编址方法 ··································96 4.6 实验 4-6 默认路由和特定主机路由的配置 ······································ 103 4.7 实验 4-7 路由环路问题 ············ 108 4.8 实验 4-8 验证路由器既隔离碰撞域也隔离广播域 ····························· 115 4.9 实验 4-9 验证路由信息协议RIPv1 ···································· 120 4.10 实验 4-10 路由信息协议 RIPv2与 RIPv1 的对比 ····························131 4.11 实验 4-11 验证开放最短路径优先协议 ······························ 138 4.12 实验 4-12 验证 OSPF 可以划分区域 ···································· 149 4.13 实验 4-13 验证边界网关协议 ··· 155 4.14 实验 4-14 网际控制报文协议的应用 ···································· 160 4.15 实验 4-15 网络地址与端口号转换 ···································· 167 4.16 实验 4-16 从 IPv4 向 IPv6 过渡所使用的隧道技术 ·················· 175 4.17 实验 4-17 VLAN 间单播通信的实现方法—“多臂路由” ······ 182 4.18 实验 4-18 VLAN 间单播通信的实现方法—“单臂路由” ······ 187 4.19 实验 4-19 VLAN 间单播通信的实现方法—使用三层交换机 ·····193 第 5 章 运输层相关实验 ····································· 198 5.1 实验 5-1 TCP 的运输连接管理 ··· 198 5.2 实验 5-2 熟悉用户数据报协议 ··· 202 第 6 章 应用层相关实验 ····································· 204 6.1 实验 6-1 熟悉动态主机配置协议 ··· 204 6.2 实验 6-2 配置 DHCP 中继代理 ··· 210 6.3 实验 6-3 熟悉域名系统的递归查询方法 ······································ 216 6.4 实验 6-4 熟悉文件传送协议 ······ 228 6.5 实验 6-5 熟悉电子邮件相关协议 ··· 237 6.6 实验 6-6 熟悉万维网文档的作用和超文本传输协议 ···················· 250 第 7 章 网络安全相关实验 ··································· 258 7.1 实验 7-1 配置访问控制列表 ······ 258 7.2 实验 7-2 配置基于 IPSec 的虚拟专用网 VPN ···························· 267 第 8 章 综合实验 ············································· 276 实验 8-1 构建采用三层网络架构的小型园区网 ····························· 276 |
|
亲,大宗购物请点击企业用户渠道>小苏的服务会更贴心!
亲,很抱歉,您购买的宝贝销售异常火爆让小苏措手不及,请稍后再试~
非常抱歉,您前期未参加预订活动,
无法支付尾款哦!
抱歉,您暂无任性付资格