Learn how to design and implement TCP flow and congestion control mechanisms in your applications or systems using the Internet Protocol Suite (TCP/IP).

This lab describes the implementation of the Transmission Control Protocol (TCP) flow control and congestion control algorithm, specifically the TCP Tahoe variant. TCP is a reliable transport protocol ...

TCP flow control is the mechanism that prevents the sender from overwhelming the receiver with more data than it can process or store. It aims to maintain a balance between the sender's rate and ...

TCP is responsible for ensuring the delivery of data packets to their intended destination. It establishes a connection between the sender and receiver before transmitting data. It also provides flow ...

In a wireless network, packet losses can be caused not only by network congestion but also by unreliable error-prone wireless links. Therefore, flow control schemes which use packet loss as a ...

Layer 4 is also sort of the “hot” layer right now. Years ago, layer 3 was talked about a lot as layer 3 switches were new on the market and in high demand. Today, layer 4 switches are ...

This layer includes technologies such as Ethernet, Wi-Fi, and PPP. A MAC address (Media Access Control address) is a type of hardware address. The OSI model is a theoretical framework to help ...

I am currently testing setups with two Smlight adapters : slzb-06m and slzb-06mg24 (PoE ethernet adapters in my setup, connected with tcp sockets). The 8.0.2 firmware file for slzb-06m states one have ...