| 章节目录 |
课程目录 |
| 第一章
Layer 2 Technologies
|
- 1.1 STP
- - STP
- - RSTP
- - MSTP
- - Loop guard
- - Root guard
- - BPDU guard
- - TC-BPDU attack guard
- 1.2 VLAN and GVRP
- - Access port
- - Trunk port
- - Hybrid port
- - QinQ
- - Vlan Aggregation
- - Mux Vlan
- - Voice vlan
- - GARP
- - GVRP
- 1.3 Transparent bridge
- - Local Bridging
- - Remote Bridging
- - Integrated Bridging and Routing
- - VLAN ID Transparent Transmission
|
- 1.4 Link Aggregation, Eth-Trunk and IP-Trunk, Load-balance, LACP
- - Link Aggregation
- - LACP
- 1.5 Ethernet technologies
- - Speed and duplex
- - Ethernet, Fast Ethernet, and Gigabit Ethernet
- - Auto MDI/MDIX
- - Auto negotiation
- - Storm control
- - Unicast flooding control
- 1.6 HVRP
- 1.7 Smart link
- 1.8 DLDP
- 1.9 Switched Port Analyzer (port-mirroring)
- 1.10 Frame Relay
- - LMI
- - Traffic shaping
- - Full mesh
- - Hub and spoke
- - DE
- 1.11 HDLC and PPP
- 1.12 PPPoE and PPPoA
|
| 第二章
IPv4
|
- 2.1 IPv4 addressing, subnetting, and VLSM
- 2.2 IPv4 tunneling and GRE
- 2.3 IPv4 RIP version 1/2
- 2.4 IPv4 OSPF
- - Standard OSPF areas
- - Stub area
- - Totally stubby area
- - NSSA
- - Totally NSSA
- - LSA types
- - Adjacency on a point-to-point and on a multi-access network
- - Virtual-Link
- - LSA Filter
- - OSPF graceful restart
- - Stub Router
- - OSPF Authentication
- 2.5 IPv4 IS-IS
- - NSAP
- - IS-IS Link-state packets
- - IS-IS area type
- - IS-IS circuit type
- - IS-IS TLV
- - IS-IS DIS and Pseudo node
- - IS-IS SPF
- - IS-IS LSP
- - IS-IS Metric
|
- - IS-IS Route Leaking
- - IS-IS RPC
- - IS-IS Graceful Restart
- - IS-IS LDP Synchronization
- - IS-IS Authentication
- 2.6 IPv4 BGP
- - IBGP and EBGP
- - BGP attributes
- - BGP synchronization
- - BGP routes Summarization
- - Route Dampening
- - BGP route reflector
- - BGP confederation
- - BGP Community
- - BGP Peer Groups
- - BGP Graceful Restart
- - BGP Security
- - Principles of Route Selection
- 2.7 Route Control
- - Filtering
- - IP Prefix list
- - Route Import(redistribution)
- - Route policy
- - Summarization
- - Preference
- - Other advanced features
|
| 第三章
IPv6
|
- 3.1 IP version 6 addressing and different addressing types
- 3.2 IPv6 neighbor discovery
- 3.3 IPv6 functionality protocols
- 3.4 Tunneling techniques
|
- 3.5 RIPng
- 3.6 OSPF version 3
- 3.7 MP BGP
- 3.8 Route Control
|
| 第四章
MPLS VPN
|
- 4.1 MPLS
- - MPLS network component (P, PE, CE)
- - MPLS label format
- - MPLS label encapsulation
- - MPLS label stack
- - MPLS label operation
- - Forwarding Equivalence Class
- - LDP
- - Label advisement model
- - MPLS LDP—Local Label Allocation Filtering
- - MPLS LDP Inbound/outbound Label Binding Filtering
- 4.2 MPLS Layer 3 VPN
|
- - MP-IBGP VPNv4 peering
- - VPN-instance
- - Route Distinguisher
- - Route Target
- - Route Target import/export
- - PE-CE–Dynamic Routes
- - PE-CE–Static Routes
- - Redistributing PE-CE routes into VPNv4
- - Redistributing VPN4 routes into PE-CE routing table
- - MPLS VPN Multicast
- - MCE
|
| 第五章
IP Multicast
|
- 5.1 Multicast distribution tree
- 5.2 Multicast forwarding
- 5.3 Multicast RPF
- 5.4 Multicast Administrative Boundaries
- 5.5 PIM dense mode
- 5.6 PIM sparse mode
- 5.7 IGMP
|
- 5.8 IGMP Snooping
- 5.9 MSDP
- 5.10 Inter domain multicast routing
- 5.11 PIM RP, and BSR
- 5.12 Multicast tools, features, and source-specific multicast
|
| 第六章
Network Security
|
- 6.1 Access lists
- 6.2 uRPF
- 6.3 IP Source Guard
- 6.4 AAA
- 6.5 802.1x / NAC
- 6.6 NAT
- - Static NAT/NAPT
- - Dynamic NAT/PAT
- - Easy IP
- - NAT Server
- - Twice NAT
|
- - ALG
- - NAT Mapping
- - NAT Filtering
- 6.7 Device access control
- 6.8 Security features
- 6.9 Traffic Suppression
- 6.10 Local Attack Defense
- 6.11 IP Address Anti-spoofing
- 6.12 ARP Security
- 6.13 DHCP Security
|
| 第七章
QoS
|
- 7.1 QoS
- - PQ、DRR、PQ+DRR、WRR、PQ+WRR、WFQ and PQ+WFQ
- - Classification
- - Traffic Policing
- - Traffic Shaping
- - Marking
- - WRED and RED
|
- - Compression
- - HQoS
- - Class-based QoS
- 7.2 Fragmentation for Frame Relay
- 7.3 CBS、CIR、TC、BC for Frame Relay
- 7.4 Generic traffic shaping
- 7.5 RSVP
|
| 第八章
Troubleshoot a Network
|
- 8.1 Troubleshoot complex Layer 2 network issues
- 8.2 Troubleshoot complex Layer 3 network issues
- 8.3 Troubleshoot a network in response to application problems
|
- 8.4 Troubleshoot network services
- 8.5 Troubleshoot network security
|
| 第九章
Network Management
|
- 9.1 Syslog
- 9.2 IP Service Level Agreement SLA
- 9.3 NetStream
- 9.4 NQA
|
- 9.5 SNMP
- 9.6 FTP
- 9.7 Telnet
- 9.8 SSH
|
| 第十章
Feature
|
- 10.1 VRRP
- 10.2 VGMP
- 10.3 Interface Backup
- 10.4 NTP
- 10.5 DHCP
- 10.6 BFD
|
|
| H12-222
网络接入技术
|
- 4.1802.1X认证接入技术及其原理
- 4.2DHCP原理及其交换机扩展特性DHCP Snooping
|
|
| H12-222
MPLS VPN
|
- 5.1MPLS原理与实现
- - MPLS帧格式封装
- - MPLS数据转发流程
- - LDP邻居发现和会话建立
- - LDP标签管理
- - MPLS环路避免
|
- 5.2MPLS VPN基本原理与实现
- - 单域MPLS VPN原理与实现
- - OSPF在MPLS VPN中的应用
- 5.3MPLS VPN故障诊断
- - 控制平面故障处理思路和调试方法
- - 数据平面故障处理思路和调试方法
|
| H12-222
华为以太网交换机
|
|
|
| H12-223
网络安全
|
- 1.1网络安全基本概念，防火墙基本功能原理
- 1.2防火墙NAT技术，攻击防范技术
|
- 1.3防火墙双机热备技术
- 1.4华为Eduemon防火墙产品介绍和组网运用
|
| H12-223
HA高可靠性
|
- 2.1BFD（Bidirectional Forwarding Detection）原理
- 2.2IP Reroute、IP FRR、LDP FRR、VPN FRR、TE FRR基本原理
|
- 2.3RPR基本原理
- 2.4NSF、 MPLS OAM原理与组网应用
|
| H12-223
Qos
|
- 3.1IP Qos模型，区分服务模型
- 3.2基本原理
- - 分类和标记
- - 监管和整形
|
- - 拥塞管理
- - 拥塞避免
- - 链路效率机制
- 3.3基于类的Qos基本原理
|
