Internetworking Technologies Packages

Focused View

23:47:03

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1.1 - Introduction.mp4

07:23
1.2 - The Drivers.mp4

09:48
1.3 - The Players.mp4

05:48
2.1 - Network Switch State.mp4

17:28
2.2 - Switching Silicon-OS Interaction.mp4

27:17
2.3 - Programming Switching Silicon.mp4

11:56
2.4 - User Interface Models.mp4

02:30
3.1 - Avoiding Vendor Lock-in.mp4

12:23
3.2 - Concluding Thoughts.mp4

02:12
21.09.07 - SoNIC on Whitebox Switches.mp4

02:40
Network OS Models.pdf
Network Operating System Models.pdf
QA1 - Operating System Basics.mp4

09:39
QA2 - Diving into Containers and Virtual Machines.mp4

14:16
QA3 - Network Operating Systems.mp4

09:19
QA4 - Integrating with Switching ASICs.mp4

17:21
QA5 - Linux NOS Behind the Scenes.mp4

14:41
QA6 - Comparing Network Operating Systems.mp4

17:49
QV1 - Virtualizing Network Devices.mp4

13:06
QV2 - Expected Performance Degradation.mp4

06:07
QV3 - Using Containers for Network Functions.mp4

06:25
QV4 - Operating Virtual Network Devices.mp4

11:18
QV5 - Impact on Networking Hardware.mp4

05:43
QV6 - Impact on Network Engineers.mp4

13:52
QV7 - Programming Network Devices.mp4

09:57
Roadmap.pdf

II. MPLS Technologies

MPLS Essentials.pdf
Roadmap.pdf

1 - The Essence of MPLS.mp4

08:10
2 - MPLS-TE Basics.mp4

03:15
3 - Introduction to MPLS Label Distribution Protocol (LDP).mp4

07:05
4 - LDP, FEC and BGP.mp4

06:36
5 - RSVP-TE 101.mp4

11:08
6 - MPLS-TE and QoS.mp4

04:00
7 - Load Sharing in MPLS.mp4

06:40
8 - Entropy Labels.mp4

03:22
9 - MPLS-TE, MPLS-VPN and QoS.mp4

08:50

BGP Best External.mp4

10:52
EIBGP Load Balancing.mp4

12:20

SR1 - MPLS-Based Transport Core.mp4

09:17
SR2 - Drawbacks of MPLS Label Distribution with LDP.mp4

09:49
SR3 - MPLS Label Distribution in Segment Routing.mp4

07:48

Segment Routing Introduction.pdf

1 - Segment Routing 101.mp4

13:28
2 - Common Segment Identifiers.mp4

12:38
3 - Sample Use Cases.mp4

08:03

Introduction to Segment Routing.pdf

4 - Segment Routing in SDN Ecosystem.mp4

31:39
5 - More Information.mp4

01:04

IV. Traffic Management Technologies

1.1 - Introduction.mp4

09:11
1.2 - What Has Changed in Modern Networks.mp4

08:44
2.1 - Defining Observability.mp4

08:08
2.2 - Observability versus Monitoring.mp4

11:17
3.1 - Collecting Metrics.mp4

21:58
3.2 - Other Telemetry Methods.mp4

14:40
3.3 - Alerts.mp4

09:25
3.4 - Uses of Telemetry Data.mp4

10:25
3.5 - Observability Tools.mp4

24:24
3.6 - Observability Challenges.mp4

12:35
4.1 - SuzieQ Overview.mp4

22:11
4.2 - SuzieQ Demo.mp4

19:58
Network Observability.pdf
Network Observability Slides.pdf

1.1 - Flow Collection 101.mp4

25:59
1.2 - Vendor Support.mp4

10:06
2.1 - sFlow.mp4

23:38
2.2 - NetFlow.mp4

18:45
2.3 - IPFIX.mp4

10:05
2.4 - Conclusions.mp4

08:26
3.0 - Collector Tools.mp4

20:01
3.1 - Correlation.mp4

27:28
3.2 - Deployment Scenarios.mp4

10:24
3.3 - Challenges.mp4

13:56
3.4 - Scalability and Resilience.mp4

18:49
4.0 - Introduction.mp4

03:59
4.1 - Distribution.mp4

32:11
4.2 - Storage.mp4

26:42
4.3 - Visualization.mp4

17:17
4.4 - Questions and Answers.mp4

11:22
Intent-Driven Networking and Data Models.pdf
Network Visibility with Flow Data.pdf
Network Visibility with Flow Data - Part 1.pdf
Network Visibility with Flow Data - Part 2.pdf
Network Visibility with Flow Data - Part 3.pdf

1 - What Is QoS Good For.mp4

14:43
2.1 - Classifying and Marking.mp4

16:44
2.2 - Traffic Marking Details.mp4

26:01
3.1 - Policing and Shaping.mp4

05:18
3.2 - Queuing.mp4

16:21
3.3 - Random Early Packet Dropping.mp4

06:13
3.4 - Questions and Answers.mp4

07:39
4.1 - Bufferbloat and Active Queue Management.mp4

14:29
4.2 - Congestion Management in TCP.mp4

12:37
QoS Fundamentals.pdf
QoS Fundamentals - with notes.pdf

Sizing the Network.pdf

Sizing the Network.pdf

1 - The Problem.mp4

19:03
2 - Identifying Congestion and Packet Loss.mp4

16:06
3 - Handling Congestion.mp4

06:11
4 - Sizing Factors and Methodologies.mp4

16:33
5 - Questions.mp4

07:05

I. Global Internet Technologies

Surviving in the Default-Free Zone.pdf
Surviving in the Internet Default-Free Zone.pdf
Surviving in the Internet Default-Free Zone Road Map.pdf

I1 - Intro.mp4

06:15
I2 - Acquire Space in a Data Center.mp4

03:27
I3 - Acquire IP Addresses and AS Number.mp4

14:45

I4 - Transit Connection to the Internet.mp4

20:17
I5 - Peering and Filtering.mp4

08:19
I6 - Internet Exchange Points (IXP).mp4

05:06
I7 - Network Monitoring.mp4

07:46
I8 - Questions and Answers.mp4

07:56

1 - Internet Challenges Overview.mp4

15:15
2 - Traffic Explosion and Business Model Failures.mp4

25:21
3 - IPv4 Address Exhaustion.mp4

21:05
4 - Routing Table Explosion.mp4

20:43
5 - Infrastructure Security.mp4

09:35
6 - Ossification and Centralization.mp4

09:55
7 - Conclusions and Questions.mp4

06:06
Upcoming Internet Challenges Index.pdf
Upcoming Internet Challenges Roadmap.pdf
Upcoming Internet Challenges - 2020 Edition.pdf
Upcoming Internet Challenges - www.ipSpace.net.pdf
Upcoming Internet challenges.pdf
X1 - TCP Stack and Socket API Shortcomings.mp4

08:39

V. Tech Talks on ipSpace.net

Tech Talks on ipSpace.pdf

BGP Best External.mp4

10:52
EIBGP Load Balancing.mp4

12:20

1 - The Essence of MPLS.mp4

08:10
2 - MPLS-TE Basics.mp4

03:15
3 - Introduction to MPLS Label Distribution Protocol (LDP).mp4

07:05
4 - LDP, FEC and BGP.mp4

06:36
5 - RSVP-TE 101.mp4

11:08
6 - MPLS-TE and QoS.mp4

04:00
7 - Load Sharing in MPLS.mp4

06:40
8 - Entropy Labels.mp4

03:22
9 - MPLS-TE, MPLS-VPN and QoS.mp4

08:50

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