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maximum window size is the difference between highest available sequence number and send_base, knowing that send_base is the sequence number of sent and not yet acknowledged packet. window size= highest available sequence number-send_base=N. note that in GBN window cannot contains already acknowledged packet.
window size is actually the number of frames that can be sent without acknowledgement in sliding window protocol and the sequence numbers are produced for these frames. For example if window size is 4 then sequence numbers produced will be 0-4, where 0 - for first frame, 1 - for second frame, 2 - for third frame , 3 - for the last i.e fourth frame, and seq number 4 is for acknowledgment of the 4 framed relayed.
Protocols Send window size Receive window sizeStop‐and‐Wait ARQ 1 1Go‐Back‐N ARQ 32 - 1 = 31 1Selective‐Repeat ARQ 32/2 = 16 32/2 = 16
"The Doggie in the Window" by Patti Page
In Answers.com you can use the little x2 button on the window.
maximum window size is the difference between highest available sequence number and send_base, knowing that send_base is the sequence number of sent and not yet acknowledged packet. window size= highest available sequence number-send_base=N. note that in GBN window cannot contains already acknowledged packet.
i need program C for sliding window protocl
The sequence number, acknowledge number, and Window fields.
window size is actually the number of frames that can be sent without acknowledgement in sliding window protocol and the sequence numbers are produced for these frames. For example if window size is 4 then sequence numbers produced will be 0-4, where 0 - for first frame, 1 - for second frame, 2 - for third frame , 3 - for the last i.e fourth frame, and seq number 4 is for acknowledgment of the 4 framed relayed.
As the sequence Number is modulo arithmetic of 2^m ,the window Size is always less than (2^m )-1,where m is the bits for Sequence Number.So u can use 4 bits as your Window Size is 15.(2^4)- 1 = 15.
Its the "golden ratio", its everywhere. Its the ratio of your body parts, (eg. Your hip to ground x 1.618033=your hight). Its in nature (flowers, bugs), its in your DNA. Its the perfect ractangle. Its the optimal angle of a window for maximum enterence of light. Its in the fibbonachi sequence after you get to about 13th number of the fibonachi sequence take that number and devide it by the one before it (it works until infinity.)
In Selective Repeat, the sender's window size start out at 0 and grows to some predefined maximum Sequential Number (max_seq). Receiver window size in contrast always fixed and equal to Maximum Sequential Number. In Go Back N, the receiver window size is 1.
One efficient way to find the maximum value in a sliding window of a given array is to use a data structure like a deque (double-ended queue) to store the indices of elements in the window. By iterating through the array and maintaining the maximum value within the window, you can update the deque to ensure that it only contains relevant indices. This approach allows you to find the maximum value in the sliding window with a time complexity of O(n), where n is the number of elements in the array.
The default batch display maximum setting for the Batch Manager window is 250 batches.
The maximum range of a window above which it is considered too high is typically around 36 inches for safety reasons.
Do you mean sequence? Just create a master sequence that all your sequences are put into, that you can edit with the sequence window, and this is in CS5. Ask me for more help if needed.
It's best to have one curtain per window, but in some cases two may be necessary, if you need blackout curtains.