Buffered Versus Unbuffered Tree Networks for Accessing a Critical Resource
Buffered Versus Unbuffered Tree Networks for Accessing a Critical Resource
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In our eReader you can find the full English version of the book. Read Buffered Versus Unbuffered Tree Networks for Accessing a Critical Resource Online - link to read the book on full screen. Our eReader also allows you to upload and read Pdf, Txt, ePub and fb2 books. In the Mini eReder on the page below you can quickly view all pages of the book - Read Book Buffered Versus Unbuffered Tree Networks for Accessing a Critical Resource
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Protocol B; (For each node) During each time unit: (1) If the node holds a packet, it sends the packet up one level (2) Receive packets from lower level (if any) (3) If there are more than one packets received, then abort all but one of them.
Here we assume that the aborted packets are (ideally) resubmitted h^. Y. -. 'i'f. -rf ■■, '-'■ '■' i ll'iliO Si'-. I -A- at their orip. In nodes, ImmedJ. AteJ. Y after abortion. In practice, either the netu'ork has to notify the origin nodes that their pac...kets were aborted (in which case we need a buffered scheme for the notifications) or the origin nodes time-out the packets sent. (Here, it is usualiy the case that the packets which access the critical resource can travel the tree backwards, without conflicting v;ith up-going packets). If packet p. Does not return after 2 log N time units, then the leaf node tj resubmits it. We shall provide analyses of both the ideal protocol B and its implementation using timeouts.
2. Analysis of the buffered case Let T^(N) be the number of time units needed for all N packets to arrive to the critical resource, passing through a tree of height h.
What to read after Buffered Versus Unbuffered Tree Networks for Accessing a Critical Resource?
You can find similar books in the "Read Also" column, or choose other free books by Paul G Spirakis to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
Protocol B; (For each node) During each time unit: (1) If the node holds a packet, it sends the packet up one level (2) Receive packets from lower level (if any) (3) If there are more than one packets received, then abort all but one of them.
Here we assume that the aborted packets are (ideally) resubmitted h^. Y. -. 'i'f. -rf ■■, '-'■ '■' i ll'iliO Si'-. I -A- at their orip. In nodes, ImmedJ. AteJ. Y after abortion. In practice, either the netu'ork has to notify the origin nodes that their pac...kets were aborted (in which case we need a buffered scheme for the notifications) or the origin nodes time-out the packets sent. (Here, it is usualiy the case that the packets which access the critical resource can travel the tree backwards, without conflicting v;ith up-going packets). If packet p. Does not return after 2 log N time units, then the leaf node tj resubmits it. We shall provide analyses of both the ideal protocol B and its implementation using timeouts.
2. Analysis of the buffered case Let T^(N) be the number of time units needed for all N packets to arrive to the critical resource, passing through a tree of height h.
What to read after Buffered Versus Unbuffered Tree Networks for Accessing a Critical Resource?
You can find similar books in the "Read Also" column, or choose other free books by Paul G Spirakis to read onlineMoreLess
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