Understanding the HTTP/3 Protocol

Understanding the HTTP/3 Protocol

TCP is designed for single connections, where the requesting end places the data to be transmitted in order into a pipeline, and the final data appears at the other end of the pipeline in the same order. unsetunsetTCPunsetunset HTTP/1.1 TCP Data Transmission Process Diagram The sent data is split into packets, which are transmitted over … Read more

Implementing QUIC Protocol Go Client: Advantages of Multiplexing

Implementing QUIC Protocol Go Client: Advantages of Multiplexing

Click the “blue text” above to follow us Have you ever encountered a situation where you open a webpage, and the images load halfway but other content continues to load? Or during a video conference, the video suddenly freezes while the audio remains normal? These issues are often caused by the “head-of-line blocking” inherent in … Read more

What are the Differences Between HTTP/1.0 and HTTP/2.0?

What are the Differences Between HTTP/1.0 and HTTP/2.0?

What are the Differences Between HTTP/1.0 and HTTP/2.0? Key Points This analysis focuses on the differences between the two protocols from the perspectives of connection methods, data transmission formats, and header compression. Connection Methods HTTP/1.0 Short Connections: Each request requires a separate TCP connection, which is closed immediately after the request is completed. Head-of-Line Blocking: … Read more

Understanding The Implementation Principles Of TCP/IP Queues

Understanding The Implementation Principles Of TCP/IP Queues

Click the “IT Program Circle” above to select “Top Public Account”. Source: Zhang Godan’s Technical Journey Since I learned about the TCP/IP congestion control algorithm last time, I increasingly wanted to delve deeper into some underlying principles of TCP/IP. I searched a lot of information online and found a column by Tao Hui on high-performance … Read more