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Measure Latency & Prioritize Real-Time Traffic · LearnSpace
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courseraIT и технологии

Measure Latency & Prioritize Real-Time Traffic

Курс от Coursera
Средний≈ 3.6 чАнглийский
О курсеНавыкиПрограммаПреподаватели

О курсе

Low-Latency Networking: Measure Latency & Prioritize Real-Time Traffic is an intermediate-to-advanced course for you if you are a network engineer or architect supporting real-time applications such as voice, video, and interactive services. Because latency and jitter often stem from design and congestion issues not just bandwidth this course focuses on how you measure, analyze, and control delay across modern networks. You build a clear model of end-to-end latency, practice measuring delay with common network tools, and apply Quality of Service (QoS) techniques such as DSCP marking and priority queuing to protect real-time traffic. The course concludes with packet-level analysis so you can verify that QoS policies meet latency SLAs. Through videos, readings, hands-on labs, and Coach-guided reflection, you develop the ability to validate low-latency performance with data rather than assumptions.

Навыки, которые вы освоите

Network TroubleshootingNetwork Performance ManagementNetwork Planning And DesignPerformance TestingService LevelReal Time DataNetwork ModelPackage and Software ManagementNetwork ProtocolsNetwork AnalysisNetwork EngineeringPerformance MetricNetwork MonitoringVerification And ValidationSoftware Quality AssurancePerformance TuningApplication Performance Management

Программа курса

4 модулей · 24 учебных материалов

01Understand Where Network Latency Comes From6 материалов
Why Latency Is Rarely “Just Distance”DIALOGUEWelcome and Course IntroductionВидеоUnderstanding the Components of Network LatencyЧтениеLatency Under Load- Serialization, Queueing, and Design Trade-OffsЧтение

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Measure Latency & Prioritize Real-Time Traffic
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Обучение откроется на Coursera
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Обучение на Coursera

≈ 3.6 ч

4 модулей

Язык: Английский

Часть программы вашего университета
Walkthrough - Identify Latency SourcesЧтение
Hands-On Learning: Identify Latency Sources in a Sample NetworkЗадание
02Measure Latency with Network Tools6 материалов
Why Measurement Beats AssumptionsDIALOGUEScreencast: Measuring Network Latency with Real Tools (Ping, Traceroute, and Packet Captures)ВидеоScreencast: Measuring Network Latency with Real Tools (Ping, Traceroute, and Packet Captures)ЧтениеInterpreting Ping, Traceroute, and RTT CorrectlyЧтениеWalkthrough - Measure and Document Baseline Network Latency ЧтениеHands-On Learning: Measure and Document Baseline Network LatencyЗадание
03Prioritize Real-Time Traffic with QoS5 материалов
Why Real-Time Traffic Needs Special TreatmentDIALOGUEConfiguring QoS for Real-Time Traffic: DSCP Marking and Strict Priority QueuesВидеоQuality of Service (QoS) for Real-Time TrafficЧтениеWalkthrough - Implement Priority Queuing for VoIP Traffic ЧтениеHands-On Learning: Implement Priority Queuing for VoIP TrafficЗадание
04Validate QoS Performance with Packet Analysis7 материалов
Why Configuration Is Not ProofDIALOGUEScreencast: Verifying QoS Behavior in Packet CapturesВидеоUsing Packet Captures to Validate QoS SLAsЧтениеWalkthrough - Analyze Captures to Confirm <5 ms Queueing ЧтениеHands-On Learning: Analyze Captures to Confirm <5 ms QueueingЗаданиеCongratulations and Next Steps in Low-Latency NetworkingВидеоGraded Assessment: Low-Latency Networking Performance TaskЗадание