06_Transport Layer_5

00:00 - CONTENT of this CHAPTER 00:48 - TCP Flow Control: Sliding Window 02:28 - TCP Flow Control: Sliding Window, Example 05:19 - “Silly Window” Syndrome 06:34 - Example of a Complete TCP Session 10:46 - CONTENT of this CHAPTER 10:59 - Flow Control vs Congestion Control 13:01 - End-to-end Congestion & Flow Control in TCP Sender adapts its sending rate based on these two windows 14:28 - Principles of Congestion Control 15:41 - Congestion is not a new problem 16:34 - Considering only the receiver window is insufficient 18:05 - Congestion collapse because of simple timeout and retransmit 19:43 - Congestion collapse example 21:28 - Congestion control aims at solving three problems 24:18 - The two key mechanisms of Congestion Control 24:45 - The two key mechanisms of Congestion Control 24:54 - Three ways to detect congestion 27:30 - Congestion control approaches 29:38 - Network-assisted Congestion Control in TCP/IP 35:32 - E2E congestion control - check dropped packets 37:11 - The 2 key mechanisms of Congestion Control 37:49 - End-to-end Congestion Control in TCP 41:10 - TCP Congestion Control: Overview 44:03 - TCP Slow Start 45:55 - TCP Slow Start 49:41 - TCP Congestion Avoidance: Inferring Loss 52:44 - Example of TCP Slow Start + Congestion Avoidance 58:02 - Fast Retransmit and Recovery (FRR) 1:01:45 - Fast Retransmit and Recovery (FRR) 1:04:19 - TCP sender congestion control 1:07:40 - Summary: TCP Congestion Control 1:09:41 - Questions & Tasks