What makes TCP so Reliable - Flow Control & Slow Start Explained скачать в хорошем качестве

What makes TCP so Reliable - Flow Control & Slow Start Explained

We've always learnt TCP being a reliable transport layer protocol. But we could have been missing out on what features does TCP actually provide. Part 1 -    • What makes TCP so reliable - Data Loss Pre...   Part 2 - TCP Flow control, Slow Start, Congestion Control, Checksum Field (You are here) Part 3 - TCP Fast Open, TCP Keepalive, TCP Fast Retransmit, Selective Acks Part 4 - All Lesser-known TCP Features summarized. TCP utilizes flow control mechanism to not overwhelm the receiver. Receiver sends Receive Window (rwnd) value to let sender know about its available buffer memory. Similarly, Slow Start Mechanism is implemented to effectively utilize available bandwidth. For it, it utilizes a Congestion Window (cwnd) variable. TCP does a lot behind the scenes to live up to its name. But we're going to discuss only these in this video. Timestamps 0:00 - Start 0:12 - Buffer Memory Explained 0:30 - Flow Control Mechanism 1:28 - Bandwidth in Real World 1:45 - Slow Start Mechanism 3:28 - Graph of Congestion Window & Round Trip 3:57 - Checksum Field in TCP Header 4:38 - Summary 5:20 - Final Words If you learned something new, you'll definitely want to get connected with us. LinkedIn -   / bytebite101   Instagram -   / bytebite101   Facebook -   / bytebite1o1   #tcp #connection #threewayhandshake #3wayhandshake #flowcontrol #slowstart #syn #ack #synack #datalossprevention #inorder #delivery #sequence #acknowledgement #protocol #networking