After transmitting a segment, TCP starts a time down counter to monitor timeout occurrence.
In the current implementation of TCP, whenever TCP transmits a segment, the sender starts a timer which keeps track of how long it takes for an Ack of that segment to return.
Therefore, combining code lengths from equations 4– 7, the code length required to transmit coordinates of a segment of a protein using any ideal model is give by (8) When transmitting a segment of a protein p i,···, p j as a coil, the coordinates are stated raw in that range using a null model (Section 3.1).
Hence, the delay to transmit a TCP segment considering of frames over a radio link with RLP is also reduced.
According to the model used and the results reported in [3], the delay to transmit a TCP segment considering of frames over a radio link with RLP is given by, where is the number of TCP retransmissions, and is the packet loss rate.
Alice now will transmit a contiguous segment of coordinates p i to p j (1≤ i< j≤ n) using one of the ideal (helical or strand) models.
If a node in a CAN segment transmits a message and the CIS does not accept this message, then the node has to retransmit the message.
The nodes that sense the channel as busy after their black burst is over cancel their intention of rebroadcast and only the node in the furthest segment transmits a clear to broadcast message (CTB) letting the source node know of its selection as a relay node.
This paper addresses the problem of delay and power minimization in transmitting a signal along a distance in wire segments in field-programmable gate arrays (FPGAs).
In our analysis, we correlated the absolute value of a cell-cell force vector that is transmitted through a small segment of the cell-cell interface with the E-cadherin-GFP intensity of that interface segment.
All nodes receiving the RTB then transmit a black burst message of duration proportional to the distance of their segment from the source.
