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What else can I help you with?
What is stop wait ARQ system?
Basically Its a transmission system that sends packets of data across a link and then waits until it has received signals back from the recipient to show successful transmission of all data packets in that window (set size of a number of data packets). Any packets that don't receive a successful transmission flag are resent before the window progresses to the next set of data packets.
What is the percentage of packets are lost in transmission in north America?
About 20%
Are data packets only for emails?
If you mean TCP or UDP data packets, then no, they make up every data transmission on the net.
How many packets are involved in a successful DHCP renewal process?
2
Efficiency occurs in the PCI-Express by sending transmission in forms of what?
Packets
Efficiency occurs in the PCI-Express by sending transmission in forms of?
packets
What is traditional tcp?
tradional TCP is a transmission control protocol which uses fixed end system for transmission of packets.
What is Packet Corruption in computer networking?
The loss of data packets during transmission.
What is AVB packets in case of Ethernet?
AVB is an acronym for Audio Video Bridging. AVB packets are usually packets derived from the IEEE standards that enable the transmission of audio and video packets over standard ethernet. Those standards include IEEE802.1Qat, IEEE802.1Qav, and IEEE802.1AS.
How does the Go-Back-N ARQ protocol ensure reliable data transmission over a network?
The Go-Back-N ARQ protocol ensures reliable data transmission over a network by using sequence numbers to track and acknowledge the successful receipt of data packets. If a packet is lost or corrupted, the protocol prompts the sender to retransmit all unacknowledged packets from the last successfully received packet. This process helps to maintain the correct order of data transmission and minimize errors in the network.
How does the data link layer prepare packets for transmission?
It encapsulates with a header and a trailer to create a frame.
What happens when the packets are too big?
When packets are too big for a network to handle, they may be fragmented into smaller packets for transmission. If fragmentation is not possible, the packets may be dropped, leading to data loss and requiring retransmission. This can result in increased latency and reduced overall network performance. Additionally, oversized packets can cause congestion and inefficiencies in network routing and processing.
