What is the switching of cut?

Cutting switching is a data transfer technique that sends a packet before the previous packet completes sending, a method that has advantages and disadvantages. The main advantage for the switching of cutting is that the latency-time needed to process the data-with-is and the transfer speed is better. At the same time, the data is quickly sent one by one, so there is no way to check the quality, and the sender's party often sends damaged data to push it. Another version of this switching technique called Fragment-Free, reduces the chances that the damaged data will transfer, but also reduces the transmission speed. When the cut is switched, the second packet will be sent before the first packet is complete. This next packet is usually sent as soon as it has been verified as a recipient. Long latency means that the transfer rate must slow down with normal transmission techniques, because until the packet is verified, another packet will not be sent. Thrunging switching bypass this problem, so sending packets is often much fastmore than other methods.

The main problem of switching the cut comes from how packets are sent. When the packet is sent, the other side of the transmission normally checks each packet in terms of quality and consistency; This occurs at the end of the transmission process. The cutting method sends packets so quickly that there is no time to control quality, so there is no warranty that the packets will work after the transfer. Damaged and unusable data will also be sent, and because it bypasses quality control, it will notify damaged packets until the transfer is completed.

To improve the quality and reduce chances to send damaged network packets, there is a version of switching of cut known as a fragment without a fragment. Instead of checking the quality of the recipient, it ensures that quality control is applied to the sender and damaged packets should not be sent. However, quality control is only partial, so stillThere is a chance that bad packets will pass by transmission, and this tends to slow down the transmission below normal speed.