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Consistent Overhead Byte Stuffing (COBS) is an algorithm for encoding data bytes that results in efficient, reliable, unambiguous packet framing regardless...

routing, without most of the per-packet overhead that is associated with source routing. It works by allowing most packets to be sent without a source route...

telecommunications, fast packet switching is a variant of packet switching that increases the throughput by eliminating overhead associated with flow control...

developments since 1999. Excluding data chunk headers and overhead chunks. Without embedded chunks, an SCTP packet is essentially useless. Counted as follows: 12...

minimizes the overhead byte count and reduces the number of frames needing to be processed. This is analogous to physically mailing a packet of papers instead...

protocol overhead bits as well as retransmitted data packets. This is related to the amount of time from the first bit of the first packet sent (or delivered)...

calculate the protocol overhead for Ethernet as a percentage (packet size including IPG) Protocol overhead = Packet size − Payload size Packet size {\displaystyle...

Packet forwarding is the relaying of packets from one network segment to another by nodes in a computer network. The simplest forwarding model‍—‌unicasting‍—‌involves...

high overhead for long paths or large addresses, like IPv6. To avoid using source routing, DSR optionally defines a flow id option that allows packets to...

overhead which can cause an entire additional 53-byte ATM cell to be required, and (iii) in the case of IP packets, PPPoE overhead added to packets that...

High Speed Packet Access (HSPA) is an amalgamation of two mobile protocols—High Speed Downlink Packet Access (HSDPA) and High Speed Uplink Packet Access (HSUPA)—that...

IP packet is carried by an Ethernet frame, the Ethernet frame has to be larger than the IP packet. With the normal untagged Ethernet frame overhead of...

UDP avoids the overhead of such processing in the protocol stack. Time-sensitive applications often use UDP because dropping packets is preferable to...

to the application layer protocol. Dropped packets or packet retransmissions, as well as protocol overhead, are excluded. Because of that, the "goodput"...

the overhead associated with each transmission. Packet aggregation is useful in situations where each transmission unit may have significant overhead (preambles...

with fewer cells per packet) for bandwidth efficiency (which increases with more cells per packet, due to the per packet overhead). For dynamically allocated...

throughput will be less than the maximum specified bit rate because of the packet overhead and processing delays. For indoor applications at 2.4 GHz transmission...

(February 25, 2018). "@andrestaltz Will be simpler than IPv6 and have tiny packet overhead. Definitely peer-to-peer" (Tweet). Archived from the original on December...

keeps a record of each packet it sends and maintains a timer from when the packet was sent. The sender re-transmits a packet if the timer expires before...

20 bytes for IPv4), this results in a 41-byte packet for 1 byte of useful information, a huge overhead. This situation often occurs in Telnet sessions...