QOS school training courses in Dallas, TX (public, in-house or online)

The course examines how the UMTS network supports end-to-end Quality of Service. The different functions and protocols supporting end-to-end QoS are described, with focus on the UMTS Bearer Service and the solutions in the packet switched domain.

Objectives
Upon completion of this training, the participants will be able to successfully describe the UMTS QoS elements and having used them, know what to expect when the QoS features are employed in UMTS networks.

Upon completion of...

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This course explores the Quality of Service requirements for voice and data services supported by DSL, and discusses the specific protocols and techniques used to offer QoS transmission to customers. Traffic shaping techniques and how QoS is built into the ATM protocol are described. The course also presents an example of Voice over DSL.

Course Outline
NET234: DSL: Voice, Video, and QoS
Quality of Service
Video over DSL
Voice over DSL

This describes Frame Relay, ATM, and MPLS, including their advantages and how they use virtual circuits. The rate at which ATM and Frame Relay support customer traffic, and how carriers police those rates, is presented. ATM’s specific QoS parameters, is also described.

Course Outline
NET255: QoS Beyond IP: Frame Relay, ATM, and MPLS
WAN Data Link Protocols
ATM Protocol and QoS
MPLS Protocol

This course describes the QoS capabilities that are available from standard IP routing protocols and from the IP packet header, as well as how information in the IP version 4 and version 6 headers can be used by routers to affect the QoS of individual IP packets. A comparison is provided regarding which decisions are made in three standard routing protocols: RIP, OSPF, and BGP as well as describing a framework for building more QoS capabilities into routing protocols.

Course Outline
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This course describes the major methods of managing network queues in order to provide QoS for customer traffic. Overcoming deficiencies of First-In-First-Out (FIFO) using multipriority queuing and Weighted Fair Queuing (WFQ) are explained and the benefits of dropping packets from queues before they are full using Random Early Detection (RED), and Weighted Random Early Detection (WRED) are analyzed.

Course Outline
NET251: Active Queue Management for QoS
First In/Out Queue
Mult...

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