The window size increases with the increase of angle θ in both modes, and a maximum window size of about 20% can be achieved in mode 2. The values of θ upper for modes 2 and 3 are 90° and 70°, respectively.
SWAPSC automatically optimizes the window size based on a randomized sequence of the input genes with a maximum window size of 20 codons per permutation.
The relation between the window size and variate θ is shown in Figure 5c, the combination mode 1, where we can get that a maximum window size of 50% can be achieved, and the values of θ upper are 90°.
In WAPN MAC, retry count is limited up to 3 counts (0 to 3) with maximum window size of 64 slots (8, 16, 32, and 64).
The sliding windows analysis uses a computational approach to move different window sizes across each LD block, starting with a window size of 1 (100 bp), increasing iteratively by one on each pass, up to the maximum window number of 334 (Supplementary Videos S1 and S2).
Also, let Wmax = W/L and b denote the maximum window size in units of packets and the number of packets to wait before sending a cumulative ACK packet by the TCP receiver, respectively, where W is the receiver's buffer size.
Also let W max=W/L and b denote the maximum window size in units of packets and the number of packets to wait before sending a cumulative ACK packet by the TCP receiver, respectively, where W is the receiver's buffer size.
Similarly lower value of maximum window size is selected for priority flows and vice versa.
