Hands-on networking : from theory to practice /
副标题：无
作 者：Maria Luisa Merani, Maurizio Casoni, Walter Cerroni.
分类号：
ISBN：9780521869850
微信扫一扫,移动浏览光盘
简介
Summary:
Publisher Summary 1
Merani, Maurizio Casoni (both U. of Modena and Reggio, Italy), and Walter Cerroni (U. of Bologna, Italy) have collaborated to prepare a textbook for a one-semester undergraduate or first-year graduate course complemented by a laboratory course in either electrical engineering or computer science departments. They assume no background in probability theory, statistics or stochastic processes. After setting out the basic concepts and terminology, they explain the technologies, protocols, and devices adopted in contemporary networks. In order to help build competence in all areas, they guide readers through real-world problems. Most of the examples use open-source software networking tools so starving students can practice the drills without coughing up an arm and a leg. Among their topics are ethernet networks, wireless networks, routing fundamentals and protocols, and wide area networks and user access. Annotation 漏2010 Book News, Inc., Portland, OR (booknews.com)
Publisher Summary 2
Learn core theory and explore real-world networking issues with this richly illustrated example-based textbook, including practical experiments and case studies.
Publisher Summary 3
Learn the core theory and explore real-world networking issues with this richly illustrated example-based textbook. It provides an accurate view of modern networks through detailed coverage of the most relevant networking technologies, with no unnecessary extras. Carefully designed, affordable laboratory exercises based on open-source software networking tools are included for hands-on practice with real networking devices. Numerous case studies and examples further link theory to practice, whilst the topologies, tools and configurations needed to carry out practical exercises are provided to guide students through each task. Its bottom-up approach is easy for students to follow and perfect for lab-oriented courses.
目录
Preface p. xi
Foundations p. 1
Signals: time and frequency analysis p. 1
A more general notion of bandwidth p. 5
Physical media p. 5
Network classification p. 8
The obvious starting example p. 8
Circuit-switched versus packet-switched networks p. 9
Distance-based classification p. 11
Topology-based and further classifications p. 12
Channel-based classification p. 14
Transmission options p. 14
Network delay p. 15
A last miscellanea of concepts p. 18
Traffic sources p. 18
Service taxonomy p. 18
Performance metrics p. 20
Congestion and QoS p. 21
A few bibliographical notes p. 22
Practice: determining the RTT p. 22
Exercises p. 26
Architectures and protocols p. 29
Who's who in the telecommunication world p. 29
OSI Model: the seven-layer approach p. 31
TCP/IP protocol suite p. 37
IP: Internet protocol p. 40
Public and private IP addressing p. 42
Classless IP addressing p. 46
Subnetting and supemetting p. 48
The delivery of IP packets p. 52
TCP: transmission-control protocol p. 54
UDP: user datagram protocol p. 58
Exercises p. 58
Ethernet networks p. 61
Multiple access p. 61
Carrier sense multiple access strategies p. 65
IEEE 802.3 and the IEEE 802 project p. 67
Reference topologies p. 68
MAC sublayer p. 70
Physical layer p. 75
Twisted-pair cabling standards p. 80
Practice: address resolution protocol p. 87
Practice: NIC configuration p. 92
Practice: a campus network layout p. 95
Wireless networks p. 97
Wireless LAN p. 97
The basket of 802.11 standards p. 97
Physical layer evolution p. 98
Architecture and MAC basic mechanisms p. 101
The need for quality of service and the 802.lie document p. 107
IEEE 802.11 frame format p. 110
Recent enhancements: the 802.11ndocument p. 112
The Wi-Fi Alliance p. 113
Wireless MAN p. 113
Physical layer p. 114
MAC features p. 118
IEEE 802.16 frame format p. 122
Scheduling services p. 123
WiMAX Forum p. 124
WPAN: wireless personal area networks p. 124
A glimpse of wireless mesh networks p. 125
Practice: capturing 802.11 data and control frames p. 127
Practice: inspecting 802.11 management frames p. 131
Practice: cracking the 802.11 WPA2-PSK keys, perhaps... p. 132
Exercises p. 134
LAN devices and virtual LANs p. 136
Repeaters and bridges p. 136
Main features of bridges p. 138
Switches p. 139
Virtual LAN p. 139
Overview: VLAN definition and benefits p. 140
VLAN classification p. 141
VLAN on a single switch p. 143
VLAN on multiple switches p. 145
The need for tagging and virtual topology p. 145
IEEE 802.1Q frame tagging p. 147
Inter-VLAN communications p. 148
Practice: switch management and VLAN configuration p. 151
Switch management p. 151
VLAN configuration p. 155
Inter-VLAN communication p. 157
Exercises p. 159
Routers p. 161
What is a router? p. 161
Functions and architectures p. 162
Table look-up implementation p. 165
From routers to middleboxes: firewalls and NATs p. 168
Practice: routing and forwarding table p. 173
Practice: firewalls and packet filtering p. 176
Practice: network address translation p. 182
Routing fundamentals and protocols p. 187
Routing algorithms p. 187
The Bellman-Ford algorithm p. 189
The Dijkstra algorithm p. 192
Routing protocols p. 193
Distance vector protocols p. 193
Link state protocols p. 194
Distance vector, path vector or link state? p. 195
Routing in the Internet p. 196
Routing information protocol p. 198
Open shortest path first p. 200
Practice: RIP configuration p. 203
Practice: OSPF configuration p. 210
Wide area networks and user access p. 220
The xDSL family p. 220
The X.25 network p. 222
Integrated services digital network p. 225
The frame relay service p. 227
B-ISDN and ATM p. 231
MPLS principles p. 236
Practice: MPLS router configuration p. 239
Basic LDP configuration p. 239
MPLS traffic engineering p. 244
Exercises p. 247
References p. 248
Index p. 253
Foundations p. 1
Signals: time and frequency analysis p. 1
A more general notion of bandwidth p. 5
Physical media p. 5
Network classification p. 8
The obvious starting example p. 8
Circuit-switched versus packet-switched networks p. 9
Distance-based classification p. 11
Topology-based and further classifications p. 12
Channel-based classification p. 14
Transmission options p. 14
Network delay p. 15
A last miscellanea of concepts p. 18
Traffic sources p. 18
Service taxonomy p. 18
Performance metrics p. 20
Congestion and QoS p. 21
A few bibliographical notes p. 22
Practice: determining the RTT p. 22
Exercises p. 26
Architectures and protocols p. 29
Who's who in the telecommunication world p. 29
OSI Model: the seven-layer approach p. 31
TCP/IP protocol suite p. 37
IP: Internet protocol p. 40
Public and private IP addressing p. 42
Classless IP addressing p. 46
Subnetting and supemetting p. 48
The delivery of IP packets p. 52
TCP: transmission-control protocol p. 54
UDP: user datagram protocol p. 58
Exercises p. 58
Ethernet networks p. 61
Multiple access p. 61
Carrier sense multiple access strategies p. 65
IEEE 802.3 and the IEEE 802 project p. 67
Reference topologies p. 68
MAC sublayer p. 70
Physical layer p. 75
Twisted-pair cabling standards p. 80
Practice: address resolution protocol p. 87
Practice: NIC configuration p. 92
Practice: a campus network layout p. 95
Wireless networks p. 97
Wireless LAN p. 97
The basket of 802.11 standards p. 97
Physical layer evolution p. 98
Architecture and MAC basic mechanisms p. 101
The need for quality of service and the 802.lie document p. 107
IEEE 802.11 frame format p. 110
Recent enhancements: the 802.11ndocument p. 112
The Wi-Fi Alliance p. 113
Wireless MAN p. 113
Physical layer p. 114
MAC features p. 118
IEEE 802.16 frame format p. 122
Scheduling services p. 123
WiMAX Forum p. 124
WPAN: wireless personal area networks p. 124
A glimpse of wireless mesh networks p. 125
Practice: capturing 802.11 data and control frames p. 127
Practice: inspecting 802.11 management frames p. 131
Practice: cracking the 802.11 WPA2-PSK keys, perhaps... p. 132
Exercises p. 134
LAN devices and virtual LANs p. 136
Repeaters and bridges p. 136
Main features of bridges p. 138
Switches p. 139
Virtual LAN p. 139
Overview: VLAN definition and benefits p. 140
VLAN classification p. 141
VLAN on a single switch p. 143
VLAN on multiple switches p. 145
The need for tagging and virtual topology p. 145
IEEE 802.1Q frame tagging p. 147
Inter-VLAN communications p. 148
Practice: switch management and VLAN configuration p. 151
Switch management p. 151
VLAN configuration p. 155
Inter-VLAN communication p. 157
Exercises p. 159
Routers p. 161
What is a router? p. 161
Functions and architectures p. 162
Table look-up implementation p. 165
From routers to middleboxes: firewalls and NATs p. 168
Practice: routing and forwarding table p. 173
Practice: firewalls and packet filtering p. 176
Practice: network address translation p. 182
Routing fundamentals and protocols p. 187
Routing algorithms p. 187
The Bellman-Ford algorithm p. 189
The Dijkstra algorithm p. 192
Routing protocols p. 193
Distance vector protocols p. 193
Link state protocols p. 194
Distance vector, path vector or link state? p. 195
Routing in the Internet p. 196
Routing information protocol p. 198
Open shortest path first p. 200
Practice: RIP configuration p. 203
Practice: OSPF configuration p. 210
Wide area networks and user access p. 220
The xDSL family p. 220
The X.25 network p. 222
Integrated services digital network p. 225
The frame relay service p. 227
B-ISDN and ATM p. 231
MPLS principles p. 236
Practice: MPLS router configuration p. 239
Basic LDP configuration p. 239
MPLS traffic engineering p. 244
Exercises p. 247
References p. 248
Index p. 253
Hands-on networking : from theory to practice /
- 名称
- 类型
- 大小
光盘服务联系方式: 020-38250260 客服QQ：4006604884
云图客服：
用户发送的提问，这种方式就需要有位在线客服来回答用户的问题，这种 就属于对话式的,问题是这种提问是否需要用户登录才能提问
Video Player
×
Audio Player
×
pdf Player
×
