The phrase "a packet at the" is not complete and lacks context, making it difficult to determine its correctness in written English.
It could be used in contexts related to networking, data transfer, or delivery, but it needs additional information to convey a clear meaning.
Example: "I received a packet at the front desk that was addressed to me."
Alternatives: "a package at the" or "a delivery at the".
The readings are available in a packet at the UStore.
If another NIC tries to send a packet at the same time, a collision is said to occur and the packets are discarded.
Clearly, the transmitter will send a packet at the rate corresponding to the current channel state.
ETT is the expected time to successfully transmit a packet at the MAC layer.
However, the deadline is a system parameter associated with a packet at the time of arrival and is fixed.
The packet delay is the time between the creation of a packet at the transmitter generator and its successful reception in the receiver sink, including the buffering time.
We define the three following delays: Delay of a packet at a link: The delay of a packet p j f at a link e i (with e i = (u i, v i )) represents the time between the packet's arrival at the link's start node u i and its correct delivery to the link's end node v i and is denoted by d ( e i, p j f ).
We define packet delay as the average time taken from the first transmission of a packet at a source node to the successful receipt of the packet at the destination node.
The queuing model is used to evaluate the delay and throughput experienced by a packet at each station, while the service rate of the queue will be impacted by competition and random access from traffic of all stations.
In the BS, when a packet arrives at the MAG, the MAG selects the corresponding LMA for the multicast source MN from the mapping table and then the packet is routed to the LMA.
In the DMRS, when a packet arrives at the MAG, the MAG directly transmits the multicast packets to the RP through the SR.
