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- Course Introduction

- Understanding the Role of a Voice Gateway

- UC Deployment Models

- Common Voice Gateway Hardware

- Dial Peer Basics

- Dial Peer Matching

- Configuring Basic ISDN PRI Services

- Configuring Basic Analog Voice Services Part 1

- Configuring Basic Analog Voice Services Part 2

- Configuring Basic Analog Voice Services Part 3

- Understanding and Configuring T1 CAS Services

- Digital Signal Processors

- Packetizing and Transportation of Voice

- Understanding H.323 and Configuring H.323 Gateways

- Understanding SIP and Configuring SIP Gateways

- Understanding MGCP and Configuring MGCP Gateways

- Considerations for Voice Quality

- Understanding Fax Transport

- Understanding CUCME

- Configuring a Basic CUCME System

- Troubleshooting CUCME

- Numbering Plan Concepts

- Numbering Plan Design Considerations

- Understanding Digit Collection

- Digit Manipulation Part 1

- Digit Manipulation Part 2

- Class of Restriction

- Introducing CUBE

- Basic CUBE Configuration

- Introduction to Gatekeepers

- Basic Gatekeeper Configuration

- Understanding Quality Issues

- QoS Policies

- IntServ and DiffServ

- The Cisco QoS Baseline Model

- Classification and Marking

- Link Efficiency Mechanisms

- Understanding Queuing

- Understanding Traffic Shaping and Policing

- Cisco Auto QoS

- Cisco Baseline QoS Reference Configuration Example

Description:

Dive into an extensive 11-hour course on advanced Cisco Voice over IP (VoIP) and Quality of Service (QoS) technologies. Master the intricacies of voice gateways, dial peers, and various VoIP protocols including H.323, SIP, and MGCP. Explore UC deployment models, ISDN PRI and analog voice services configuration, and T1 CAS services. Learn to implement and troubleshoot Cisco Unified Communications Manager Express (CUCME) systems. Delve into dial plan fundamentals, digit manipulation techniques, and class of restriction concepts. Gain expertise in Cisco Unified Border Element (CUBE) and gatekeeper configurations. Understand QoS policies, IntServ and DiffServ models, and implement Cisco's QoS Baseline Model. Cover advanced topics such as classification, marking, queuing, traffic shaping, and policing. Conclude with hands-on experience configuring Cisco Auto QoS and exploring baseline QoS reference configurations.

Advanced Cisco Voice over IP and QoS

Paul Browning

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#Computer Science #Computer Networking #Quality of Service (QoS) #Engineering #Electrical Engineering #Telecommunications #SIP (Session Initiation Protocol)