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- Cisco Intelligent Information Network
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- Service-Oriented Network Architecture
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- PPDIOO Lifecycle Methodology
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- Cisco Hierarchical Network Model
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- Cisco Enterprise Architecture Model
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- Layer 2 Campus Infrastructure Best Practices
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- Layer 3 Campus Infrastructure Best Practices
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- Virtualization Design Considerations
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- Designing a Wireless Network
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- Designing Quality of Service
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- Network Management
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- Importance of IP Addressing
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- Subnet Design and Summarization
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- IPv6 Migration Strategies
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- Address Planning
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- Network Address Translation Applications
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- Designing IPv6 Addressing
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- Defining the Concept of IP Multicast
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- IP Multicast Functionality
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- Protocol Independent Multicast
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- Multicasting in Ethernet and Switched Environments
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- Concepts of Routing Protocols
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- Route Manipulation
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- Advanced EIGRP
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- Advanced OSPF
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- Advanced BGP
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- IPv6 Routing
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- Advanced IS-IS
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- Wide Area Network Design Overview
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- Optical Networking
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- Metro Ethernet
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- Virtual Private Network and IP Security for VPNs
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- Service Level Agreement
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- Multiprotocol Label Switching VPN Technology
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- WAN Design Decisions and Criteria
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- General Considerations for the Enterprise Data Center
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- Enterprise Data Center Architecture
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- Data Center and Network Integration
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- Software-Defined Networking
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- Virtualization
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- Network Attacks and Countermeasures
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- Designing Firewalls
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- NAC Services
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- Designing Intrusion Prevention Systems and Intrusion Detection Systems
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- Advanced VPN
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- Security Management
Description:
Dive into an extensive 9-hour course on advanced Cisco network design. Master key concepts including the Cisco Intelligent Information Network, Service-Oriented Network Architecture, and PPDIOO Lifecycle Methodology. Explore best practices for Layer 2 and Layer 3 campus infrastructure, virtualization design, wireless network planning, and Quality of Service implementation. Delve into IP addressing strategies, subnet design, IPv6 migration, and multicast functionality. Study advanced routing protocols like EIGRP, OSPF, BGP, and IS-IS. Examine WAN design principles, including optical networking, Metro Ethernet, and MPLS VPN technology. Investigate enterprise data center architecture, software-defined networking, and virtualization. Learn to combat network attacks, design firewalls and intrusion prevention systems, and implement advanced VPN solutions. Gain comprehensive knowledge to excel in designing and managing complex Cisco network environments.

Advanced Cisco Network Design

Paul Browning
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#Computer Science #Computer Networking #Cisco #Information Technology #Virtualization #Routing Protocols #IP addressing #Software Engineering #Software Architecture #Service-Oriented Architecture
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- Cisco Intelligent Information Network