Cloud computing network Zhu Ji Nanxiong

"Cloud computing network Zhu Ji Nanxiong"
Basic information
Li Junwu
Publishing house: Electronic Industry publishing house
isbn:9787121253775
Last Date: 2015-2-6
Publication date: March 2015
Folio: 16 Open
Page: 275
Edition: 1-1

"Cloud computing network Zhu Ji Nanxiong"
Content Introduction
"Cloud computing network Zhu Ji Nanxiong" focuses on the principles of network technology used in cloud computing network virtualization, focusing on the underlying context of various technologies in Ethernet and TCP/IP networks, from traditional Mac, IP, Security and QoS to emerging Trill, LISP, DPI, and CDN Technologies. Two-tier forwarding from Ethernet switches, three-tier Routing and Linux TCP/IP stacks to new scenarios such as Mac-in-mac, Vxlan, and Neutron, as well as new architectures ranging from traditional data center three-tier architectures to flattened sophomores and SDN/NFV. In addition, this book also expounds some new network technologies and solutions (such as SR-Iov, Openflow, DPDK, Serverswitch, etc.), and discusses the trend of network development on some technical issues.
"Cloud computing network Zhu Ji Nanxiong" covers every aspect of Ethernet and TCP/IP network technology, and selects a large number of examples for detailed description, each technology point and instance is carefully selected, both to take into account the network technology development sequence, but also follow the TCP/IP network four layer from bottom to top division; in addition, Also from the current technical hot spots on the development of SDN, Openflow, Vxlan and other emerging technologies of the current situation and development trend of the detailed analysis, so that readers in logical thinking smooth understanding, and to provide readers with a quick grasp of the network technology learning path. After the browse through, readers can set up their own technical knowledge system in the network as soon as possible.
Directory
The basic principle of the 1th part network
The 1th chapter TCP/IP network technology
3
1.1 Information Network
6
1.2 Ethernet Technology
12
1.3 Network Transmission Equipment
15
1.4 Mac and VLAN
18
1.5 Mac-in-mac
22
1.6 STP and Trill
25
1.7 IP Technology
29
1.7.1 IP Address
30
1.7.2 IP Message Format introduction
32
1.7.3 TCP and UDP
34
1.7.4 TCP and UDP check and
39
1.8 DNS and DHCP
39
1.9 ICMP Packets
42
1.10 Arp and RARP
43
1.11 Routing Protocols
46
1.11.1 Rip and BGP
47
1.11.2 OSPF protocol
49
1.12 NAT Technology
56
1.13 Tunnel Technology
58
1.14 MPLS and Vpls
66
1.15 QoS Features
69
1.16 Network security and monitoring
73
1.17 LB, CDN, and DPI
77
1.18 Lisp and LLDP
80
1.19 Network Architecture
82
2nd Chapter Ethernet Switch
86
2.1 Switch Forwarding Process
87
2.2 Switch Port Processing
90
2.3 Switch two-tier forwarding
93
2.4 Switch three-tier forwarding
100
2.5 Switch ACLs and QoS
102
2.5.1 ACL functionality
102
2.5.2 QoS Features
104
2.6 Virtualization Support for switches
113
2.7 CPU of the switch
117
3rd Linux Network Foundation
120
3.1 Network card and Packet transceiver
121
3.1.1 Linux network card delivery process
122
3.1.2 Multi-card bonding
126
3.1.3 SR-Iov
128
3.1.4 DPDK
129
3.2 Tun/tap
130
3.3 Linux Bridge and VLAN
131
3.4 TCP/IP protocol stack
135
3.5 IPtables
138
3.6 QoS Module
139
3.7 DNSMASQ
141
4th. SDN Network Architecture
143
4.1 What is SDN
144
4.2 OpenFlow and Openvswitch
149
4.2.1 OpenFlow Introduction
149
4.2.2 Open vswitch Introduction
158
4.3 What you can do for SDN
160
Part 2nd cloud computing and OpenStack networks
5th. OpenStack Network
167
5.1 Cloud computing and OpenStack
168
Introduction to 5.2 OpenStack Network
173
5.2.1 Nova-network
175
5.2.2 Neutron Network
179
5.2.3 OpenStack Storage Network
186
5.3 Neutron Underlying network principle
187
Composition of 5.3.1 Neutron components
189
5.3.2 Isolation of neutron networks
192
Interoperability of 5.3.3 Neutron networks
196
5.4 Neutron main functions
200
5.4.1 Interoperability and Isolation functions
201
5.4.2 Firewalls and security groups
203
5.4.3 Lbaas and Vpnaas
204
5.4.4 monitoring security and data center interconnection
206
QoS features in the 5.4.5 neutron
207
5.4.6 Neutron Deployment operations
208
5.5 Vxlan Isolated Environment Communication example
209
5.5.1 Vxlan Message Parsing
210
5.5.2 Vxlan Communication Process
214
5.6 Neutron Network Advanced Topic discussion
219
5.6.1 Common Neutron Network problems
220
5.6.2 Neutron Network performance
225
5.6.3 Neutron Network stability
229
5.6.4 Neutron in Folding wing
230
6th Chapter Neutron Network Development trend
234
The combination of 6.1 SDN
235
6.2 Hardware network devices address performance issues
236
6.3 Security and monitoring
238
6.4 Routing protocols in a virtual network
239
6.5 The business model on IaaS
240
6.6 The end of the cloud era
242
Appendix
245
Appendix A Open vswitch basic commands
245
Appendix B Six scenarios for an in-depth understanding of OpenStack cloud Vlanmanager network streams
247
Appendix C the RDO configuration file Network Section--vlan isolation
262
Appendix D Vxlan Examples of communication grab packets
264
Reference documents
274

Cloud computing network Zhu Ji Nanxiong