CCNA 200-301 · Learning Space course 2423 · release 2.1.7
Implementing and Administering Cisco Solutions建置與管理 Cisco 解決方案
264 of 365 pages translated已翻譯 264 / 365 頁
00 Implementing and Administering Cisco Solutions建置與管理 Cisco 解決方案
01 Copyright建置與管理 Cisco 解決方案
02 Course Welcome課程歡迎詞
03 Lab Listing實驗清單
04 Course Goal課程概觀
05 Exploring the Functions of Networking探索網路的功能
- Exploring the Functions of Networking探索網路的功能
- What Is a Computer Network?什麼是電腦網路?
- Common Usage of Computer Network電腦網路的常見用途
- Components of a Network網路的組成元件
- Characteristics of a Network網路的特性
- Physical vs. Logical Topologies實體拓樸與邏輯拓樸
- Interpreting a Network Diagram解讀網路圖
- Impact of User Applications on the Network使用者應用程式對網路的影響
- Summary Challenge總結挑戰
06 Introducing the Host-To-Host Communications Model主機對主機通訊模型簡介
- Introducing the Host-To-Host Communications Model主機對主機通訊模型簡介
- Host-To-Host Communications Overview主機對主機通訊概觀
- ISO OSI Reference ModelISO OSI 參考模型
- TCP/IP Protocol SuiteTCP/IP 協定套組
- Peer-To-Peer Communications對等式通訊
- Encapsulation and De-Encapsulation封裝與解封裝
- TCP/IP Stack vs OSI Reference ModelTCP/IP 堆疊與 OSI 參考模型
- Summary Challenge總結挑戰
07 Operating Cisco IOS Software操作 Cisco IOS Software
08 Introducing LANs認識 LAN
09 Exploring the TCP_IP Link Layer探索 TCP/IP 鏈結層
10 Starting a Switch啟動交換器
- Starting a Switch啟動交換器
- Switch Installation交換器安裝
- Connecting to a Console Port連接主控台連接埠
- Switch Components交換器元件
- Switch LED Indicators交換器 LED 指示燈
- Basic show Commands and Information基本 show 指令與資訊
- Discovery 3: Perform Basic Switch Configuration探索實驗 3:執行基本交換器設定
- Implement the Initial Switch Configuration實作交換器初始設定
- Summary Challenge總結挑戰
11 Introducing the TCP_IP Internet Layer, IPv4 Addressing, and Subnets認識 TCP/IP 網際網路層、IPv4 定址與子網路
- Introducing the TCP/IP Internet Layer, IPv4 Addressing, and Subnets認識 TCP/IP 網際網路層、IPv4 定址與子網路
- Internet Protocol網際網路協定
- Decimal and Binary Number Systems十進位與二進位數字系統
- Binary-to-Decimal Conversion二進位轉十進位
- Decimal-to-Binary Conversion十進位轉二進位
- IPv4 Address RepresentationIPv4 位址表示法
- IPv4 Header FieldsIPv4 標頭欄位
- IPv4 Address ClassesIPv4 位址類別
- Subnet Masks子網路遮罩
- Subnets子網路
- Implementing Subnetting: Borrowing Bits實作子網路劃分:借用位元
- Implementing Subnetting: Determining the Addressing Scheme實作子網路劃分:決定定址方案
- Benefits of VLSM and Implementing VLSMVLSM 的優點與實作 VLSM
- Private vs. Public IPv4 Addresses私有與公有 IPv4 位址
- Reserved IPv4 Addresses保留 IPv4 位址
- Verifying IPv4 Address of a Host驗證主機的 IPv4 位址
- Summary Challenge總結挑戰
12 Explaining the TCP_IP Transport Layer and Application Layer說明 TCP/IP 傳輸層與應用層
- Explaining the TCP/IP Transport Layer and Application Layer說明 TCP/IP 傳輸層與應用層
- TCP/IP Transport Layer FunctionsTCP/IP 傳輸層功能
- Reliable vs. Best-Effort Transport可靠傳輸與盡力而為傳輸
- TCP CharacteristicsTCP 特性
- UDP CharacteristicsUDP 特性
- TCP/IP Application LayerTCP/IP 應用層
- Introducing HTTP認識 HTTP
- Domain Name System網域名稱系統
- Explaining DHCP for IPv4說明 IPv4 的 DHCP
- Discovery 4: Inspect TCP/IP Applications探索實驗 4:檢視 TCP/IP 應用程式
- Summary Challenge總結挑戰
13 Exploring the Functions of Routing探索路由的功能
14 Configuring a Cisco Router設定 Cisco 路由器
- Configuring a Cisco Router設定 Cisco 路由器
- Initial Router Setup路由器的初始設定
- Configuring Router Interfaces設定路由器介面
- Configuring IPv4 Addresses on Router Interfaces在路由器介面上設定 IPv4 位址
- Checking Interface Configuration and Status檢查介面設定與狀態
- Discovery 5: Configure an Interface on a Cisco Router探索實驗 5:在 Cisco 路由器上設定介面
- Exploring Connected Devices探索連接的裝置
- Using Cisco Discovery Protocol使用 Cisco 探索協定
- Configure and Verify LLDP設定與驗證 LLDP
- Discovery 6: Configure and Verify Layer 2 Discovery Protocols探索實驗 6:設定與驗證第 2 層探索協定
- Implement an Initial Router Configuration實作初始路由器設定
- Summary Challenge總結挑戰
15 Exploring the Packet Delivery Process探索封包傳遞流程
- Exploring the Packet Delivery Process探索封包傳遞流程
- Layer 2 Addressing第 2 層定址
- Layer 3 Addressing第 3 層定址
- Default Gateways預設閘道
- Address Resolution Protocol位址解析協定
- Discovery 7: Configure Default Gateway探索活動 7:設定預設閘道
- Host-To-Host Packet Delivery主機對主機的封包遞送
- Discovery 8: Explore Packet Forwarding探索活動 8:探索封包轉送
- Summary Challenge總結挑戰
16 Troubleshooting a Simple Network疑難排解簡易網路
- Troubleshooting a Simple Network疑難排解簡易網路
- Troubleshooting Methods疑難排解方法
- Troubleshooting Tools疑難排解工具
- Troubleshooting Common Switch Media Issues疑難排解常見交換器傳輸媒介問題
- Troubleshooting Common Switch Port Issues疑難排解常見交換器連接埠問題
- Discovery 9: Troubleshoot Switch Media and Port Issues探索實驗 9:疑難排解交換器媒介與連接埠問題
- Discovery 10: Troubleshoot Port Duplex Issues探索 10:疑難排解連接埠雙工問題
- Troubleshooting Common Problems Associated with IPv4 Addressing疑難排解 IPv4 定址常見問題
- Summary Challenge總結挑戰
17 Introducing Basic IPv6IPv6 基礎介紹
- Introducing Basic IPv6IPv6 基礎介紹
- IPv4 Address Exhaustion WorkaroundsIPv4 位址耗盡的因應方式
- IPv6 FeaturesIPv6 的功能
- IPv6 Addresses and Address TypesIPv6 位址與位址類型
- Comparison of IPv4 and IPv6 HeadersIPv4 與 IPv6 標頭比較
- Internet Control Message Protocol Version 6第 6 版網際網路控制訊息協定
- Neighbor Discovery鄰居探索
- IPv6 Address AllocationIPv6 位址配置
- Discovery 11: Configure Basic IPv6 Connectivity探索實驗 11:設定基本 IPv6 連線
- Verification of End-To-End IPv6 Connectivity驗證端到端 IPv6 連線
- Summary Challenge總結挑戰
18 Configuring Static Routing設定靜態路由
- Configuring Static Routing設定靜態路由
- Routing Operation路由的運作
- Static and Dynamic Routing Comparison靜態與動態路由的比較
- When to Use Static Routing何時該使用靜態路由
- IPv4 Static Route ConfigurationIPv4 靜態路由設定
- Default Routes預設路由
- Verifying Static and Default Route Configuration驗證靜態與預設路由設定
- Discovery 12: Configure and Verify IPv4 Static RoutesDiscovery 12:設定並驗證 IPv4 靜態路由
- IPv6 Static Route ConfigurationIPv6 靜態路由設定
- Discovery 13: Configure IPv6 Static RoutesDiscovery 13:設定 IPv6 靜態路由
- Implement IPv4 Static Routing實作 IPv4 靜態路由
- Implement IPv6 Static Routing實作 IPv6 靜態路由
- Summary Challenge總結挑戰
19 Implementing VLANs and Trunks實作 VLAN 與中繼
- Implementing VLANs and Trunks實作 VLAN 與中繼
- VLAN IntroductionVLAN 簡介
- Creating a VLAN建立 VLAN
- Assigning a Port to a VLAN將連接埠指派給 VLAN
- Trunking with 802.1Q使用 802.1Q 進行中繼
- Configuring an 802.1Q Trunk設定 802.1Q 中繼
- Discovery 14: Configure VLANs and TrunksDiscovery 14:配置 VLAN 與中繼
- VLAN Design ConsiderationsVLAN 設計考量
- Troubleshoot VLANs and Trunk疑難排解 VLAN 與中繼
- Summary Challenge總結挑戰
20 Routing Between VLANsVLAN 間路由
21 Introducing OSPFOSPF 簡介
- Introducing OSPFOSPF 簡介
- Dynamic Routing Protocols動態路由協定
- Path Selection路徑選擇
- Link-State Routing Protocol Overview鏈路狀態路由協定總覽
- Link-State Routing Protocol Data Structures鏈路狀態路由協定資料結構
- Introducing OSPFOSPF 簡介
- Establishing OSPF Neighbor Adjacencies建立 OSPF 鄰居鄰接關係
- OSPF Neighbor StatesOSPF 鄰居狀態
- SPF AlgorithmSPF 演算法
- Building a Link-State Database建立鏈路狀態資料庫
- Discovery 16: Configure and Verify Single-Area OSPFDiscovery 16:設定與驗證單區域 OSPF
- Routing for IPv6IPv6 的路由
- Summary Challenge總結挑戰
22 Building Redundant Switched Topologies建置備援交換拓樸
- Building Redundant Switched Topologies建置備援交換拓樸
- Physical Redundancy in a LAN區域網路中的實體備援
- Issues in Redundant Topologies備援拓樸中的問題
- Spanning Tree Operation生成樹的運作方式
- Types of Spanning Tree Protocols生成樹協定的類型
- PortFast, BPDU Guard, and BPDU FilterPortFast、BPDU Guard 與 BPDU Filter
- Rapid Spanning Tree Protocol快速生成樹協定(RSTP)
- STP Loop GuardSTP Loop Guard
- STP Root GuardSTP Root Guard
- Summary Challenge總結挑戰
23 Improving Redundant Switched Topologies with EtherChannel透過 EtherChannel 改善備援交換式拓樸
- Improving Redundant Switched Topologies with EtherChannel透過 EtherChannel 改善備援交換式拓樸
- EtherChannel OverviewEtherChannel 概觀
- EtherChannel Configuration OptionsEtherChannel 設定選項
- Configuring and Verifying EtherChannel設定與驗證 EtherChannel
- Discovery 17: Configure and Verify EtherChannel探索活動 17:設定並驗證 EtherChannel
- Improve Redundant Switched Topologies with EtherChannel以 EtherChannel 改善冗餘交換拓樸
- Summary Challenge總結挑戰
24 Explaining the Basics of ACL說明 ACL 的基礎
- Explaining the Basics of ACL說明 ACL 的基礎
- ACL OverviewACL 概觀
- ACL OperationACL 運作方式
- ACL Wildcard MaskingACL 萬用字元遮罩
- Wildcard Mask Abbreviations萬用字元遮罩縮寫
- Types of Basic ACLs基本 ACL 的類型
- Configuring Standard IPv4 ACLs設定標準 IPv4 ACL
- Configuring Extended IPv4 ACLs設定延伸 IPv4 ACL
- Verifying and Modifying IPv4 ACLs驗證與修改 IPv4 ACL
- Applying IPv4 ACLs to Filter Network Traffic套用 IPv4 ACL 過濾網路流量
- Discovery 18: Configure and Verify IPv4 ACLsDiscovery 18:設定並驗證 IPv4 ACL
- Implement Numbered and Named IPv4 ACLs實作編號與具名 IPv4 存取控制清單
- Summary Challenge總結挑戰
25 Enabling Internet Connectivity啟用網際網路連線
- Enabling Internet Connectivity啟用網際網路連線
- Discovery 19: Configure a Provider-Assigned IPv4 Address探索活動 19:設定服務提供者指派的 IPv4 位址
- Introducing Network Address Translation認識網路位址轉換
- NAT Terminology and Translation MechanismsNAT 術語與轉譯機制
- Benefits and Drawbacks of NATNAT 的優點與缺點
- Static NAT and Port Forwarding靜態 NAT 與連接埠轉發
- Dynamic NAT動態 NAT
- Port Address Translation連接埠位址轉換
- Configuring and Verifying Inside IPv4 NAT設定與驗證內部 IPv4 NAT
- Discovery 20: Configure Static NAT探索活動 20:設定靜態 NAT
- Discovery 21: Configure Dynamic NAT and PAT探索活動 21:設定動態 NAT 與 PAT
- Implement PAT實作 PAT
- Summary Challenge總結挑戰
26 Introducing AI and ML in Network Operations網路維運中的 AI 與 ML 導論
27 Introducing System Monitoring系統監控簡介
28 Managing Cisco Devices管理 Cisco 裝置
- Managing Cisco Devices管理 Cisco 裝置
- Cisco IOS Integrated File System and DevicesCisco IOS 整合式檔案系統與裝置
- Stages of the Router Power-On Boot Sequence路由器開機啟動程序的各個階段
- Loading and Managing System Images Files載入與管理系統映像檔
- Loading Cisco IOS Configuration Files載入 Cisco IOS 設定檔
- Validating Cisco IOS Images Using MD5/SHA512使用 MD5/SHA512 驗證 Cisco IOS 映像檔
- Managing Cisco IOS Images and Device Configuration Files管理 Cisco IOS 映像檔與裝置設定檔
- Discovery 23: Create the Cisco IOS Image Backup探索活動 23:建立 Cisco IOS 映像檔備份
- Discovery 24: Upgrade Cisco IOS Image探索活動 24:升級 Cisco IOS 映像檔
- Cisco IOS WebUICisco IOS WebUI
- Summary Challenge總結挑戰
29 Securing Administrative Access保護管理存取安全
- Securing Administrative Access保護管理存取安全
- Network Device Security Overview網路裝置安全性概觀
- Securing Access to Privileged EXEC Mode保護特權執行模式的存取安全
- Securing Console Access保護主控台存取安全
- Securing Remote Access保護遠端存取安全
- Discovery 25: Secure Console and Remote Access探索活動 25:保護主控台與遠端存取
- Configuring the Login Banner設定登入橫幅
- Limiting Remote Access with ACLs使用 ACL 限制遠端存取
- Discovery 26: Enable and Limit Remote Access Connectivity探索活動 26:啟用並限制遠端存取連線
- External Authentication Options外部驗證選項
- Secure Device Administrative Access保護裝置的管理存取
- Summary Challenge總結挑戰
30 Implementing Device Hardening實作裝置強化
- Implementing Device Hardening實作裝置強化
- Securing Unused Ports保護未使用的連接埠
- Infrastructure ACL基礎架構 ACL
- Disabling Unused Services停用未使用的服務
- Port Security連接埠安全性
- Discovery 27: Configure and Verify Port SecurityDiscovery 27:設定與驗證連接埠安全性
- Mitigating VLAN Attacks緩解 VLAN 攻擊
- Dynamic ARP InspectionDynamic ARP Inspection (en only)
- Mitigating STP AttacksMitigating STP Attacks (en only)
- Implement Device HardeningImplement Device Hardening (en only)
- Summary ChallengeSummary Challenge (en only)
31 Exploring Layer 3 RedundancyExploring Layer 3 Redundancy
32 Introducing WAN TechnologiesIntroducing WAN Technologies
- Introducing WAN TechnologiesIntroducing WAN Technologies (en only)
- Introduction to WAN TechnologiesIntroduction to WAN Technologies (en only)
- WAN Devices and Demarcation PointWAN Devices and Demarcation Point (en only)
- WAN Topology OptionsWAN Topology Options (en only)
- WAN Connectivity OptionsWAN Connectivity Options (en only)
- Virtual Private NetworksVirtual Private Networks (en only)
- Enterprise-Managed VPNsEnterprise-Managed VPNs (en only)
- Provider-Managed VPNsProvider-Managed VPNs (en only)
- Summary ChallengeSummary Challenge (en only)
33 Introducing QoSIntroducing QoS
- Introducing QoSIntroducing QoS (en only)
- Converged NetworksConverged Networks (en only)
- QoS DefinedQoS Defined (en only)
- QoS PolicyQoS Policy (en only)
- QoS MechanismsQoS Mechanisms (en only)
- QoS ModelsQoS Models (en only)
- Deploying End-to-End QoSDeploying End-to-End QoS (en only)
- Summary ChallengeSummary Challenge (en only)
34 Explaining Wireless FundamentalsExplaining Wireless Fundamentals
- Explaining Wireless FundamentalsExplaining Wireless Fundamentals (en only)
- Wireless TechnologiesWireless Technologies (en only)
- Wireless Radio CommunicationWireless Radio Communication (en only)
- WLAN ArchitecturesWLAN Architectures (en only)
- Wi-Fi ChannelsWi-Fi Channels (en only)
- AP and WLC ManagementAP and WLC Management (en only)
- Discovery 28: Log in to and Monitor the WLCDiscovery 28: Log in to and Monitor the WLC (en only)
- Discovery 29: Configure an Open Wireless NetworkDiscovery 29: Configure an Open Wireless Network (en only)
- Discovery 30: Define a RADIUS Server and Enable SNMP and SyslogDiscovery 30: Define a RADIUS Server and Enable SNMP and Syslog (en only)
- Summary ChallengeSummary Challenge (en only)
35 Introducing Architectures and VirtualizationIntroducing Architectures and Virtualization
- Introducing Architectures and VirtualizationIntroducing Architectures and Virtualization (en only)
- Introduction to Network DesignIntroduction to Network Design (en only)
- Enterprise Three-Tier Hierarchical Network DesignEnterprise Three-Tier Hierarchical Network Design (en only)
- Spine-Leaf Network DesignSpine-Leaf Network Design (en only)
- Cisco Enterprise Architecture ModelCisco Enterprise Architecture Model (en only)
- Underlay and Overlay Network ConceptsUnderlay and Overlay Network Concepts (en only)
- Cloud Computing OverviewCloud Computing Overview (en only)
- Network Device ArchitectureNetwork Device Architecture (en only)
- Virtualization FundamentalsVirtualization Fundamentals (en only)
- Summary ChallengeSummary Challenge (en only)
36 Explaining Software-Defined NetworkingExplaining Software-Defined Networking
- Explaining Software-Defined NetworkingExplaining Software-Defined Networking (en only)
- Software-Defined NetworkingSoftware-Defined Networking (en only)
- Traditional Versus Software-Defined NetworksTraditional Versus Software-Defined Networks (en only)
- Software-Defined Network LayersSoftware-Defined Network Layers (en only)
- Introducing Cisco Catalyst CenterIntroducing Cisco Catalyst Center (en only)
- Cisco Catalyst Center Dashboard and ToolsCisco Catalyst Center Dashboard and Tools (en only)
- Introducing Cisco SD-AccessIntroducing Cisco SD-Access (en only)
- Introducing Cisco Catalyst SD-WANIntroducing Cisco Catalyst SD-WAN (en only)
- Introducing Cisco MerakiIntroducing Cisco Meraki (en only)
- SummarySummary (en only)
- Summary ChallengeSummary Challenge (en only)
37 Introducing Network ProgrammabilityIntroducing Network Programmability
- Introducing Network ProgrammabilityIntroducing Network Programmability (en only)
- Traditional Network ManagementTraditional Network Management (en only)
- Network Automation and ProgrammabilityNetwork Automation and Programmability (en only)
- Network Automation Use CasesNetwork Automation Use Cases (en only)
- Model-Driven ProgrammabilityModel-Driven Programmability (en only)
- Data Encoding FormatsData Encoding Formats (en only)
- JavaScript Object NotationJavaScript Object Notation (en only)
- Extensible Markup LanguageExtensible Markup Language (en only)
- YAML Data Serialization StandardYAML Data Serialization Standard (en only)
- Network Management ProtocolsNetwork Management Protocols (en only)
- Configuration Management Tools OverviewConfiguration Management Tools Overview (en only)
- AnsibleAnsible (en only)
- TerraformTerraform (en only)
- SummarySummary (en only)
- Summary ChallengeSummary Challenge (en only)
38 Examining the Security Threat LandscapeExamining the Security Threat Landscape
- Examining the Security Threat LandscapeExamining the Security Threat Landscape (en only)
- Security Threat Landscape OverviewSecurity Threat Landscape Overview (en only)
- MalwareMalware (en only)
- Hacking ToolsHacking Tools (en only)
- DoS and DDoSDoS and DDoS (en only)
- SpoofingSpoofing (en only)
- Reflection and Amplification AttacksReflection and Amplification Attacks (en only)
- Social EngineeringSocial Engineering (en only)
- Evolution of PhishingEvolution of Phishing (en only)
- Password AttacksPassword Attacks (en only)
- Reconnaissance AttacksReconnaissance Attacks (en only)
- Buffer Overflow AttacksBuffer Overflow Attacks (en only)
- Man-in-the-Middle AttacksMan-in-the-Middle Attacks (en only)
- Vectors of Data Loss and ExfiltrationVectors of Data Loss and Exfiltration (en only)
- Other ConsiderationsOther Considerations (en only)
- Summary ChallengeSummary Challenge (en only)
39 Implementing Threat Defense TechnologiesImplementing Threat Defense Technologies
- Implementing Threat Defense TechnologiesImplementing Threat Defense Technologies (en only)
- Information Security OverviewInformation Security Overview (en only)
- FirewallsFirewalls (en only)
- Intrusion Prevention SystemsIntrusion Prevention Systems (en only)
- Protection Against Data Loss and Phishing AttacksProtection Against Data Loss and Phishing Attacks (en only)
- Defending Against DoS and DDoS AttacksDefending Against DoS and DDoS Attacks (en only)
- Introduction to Cryptographic TechnologiesIntroduction to Cryptographic Technologies (en only)
- IPsec Security ServicesIPsec Security Services (en only)
- Secure Sockets Layer and Transport Layer SecuritySecure Sockets Layer and Transport Layer Security (en only)
- Wireless Security ProtocolsWireless Security Protocols (en only)
- Discovery 31: Configure a WLAN to Use WPA2 PSKDiscovery 31: Configure a WLAN to Use WPA2 PSK (en only)
- Summary ChallengeSummary Challenge (en only)
40 GlossaryGlossary
- GlossaryGlossary (en only)