RFC 1693:An Extension to TCP : Partial Order Servi...
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management


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... service is the ability to handle such an abstraction (e.g., recognize object boundaries). The details of object management are implementation dependent and thus are not specified in this RFC. However, as this represents a potential fundamental change to the TCP ...
... reliability. And both sides will need to redefine the notion of window management. Let us look specifically at how each side of the TCP connection is managed under this new paradigm. ...
... retransmitting after a time-out - however, each takes on a new meaning in a partial order service. Additionally, the management of the service profile ...
... NBART-L, then steps 4 and 5 are omitted. Buffer management at the sending end of a partial order connection is dependent upon the object reliability ...
... for later possible retransmission since NBART-L objects are never retransmitted. The details of buffer management - such as whether to allocate fixed-size pools of memory, or perhaps utilize a dynamic heap allocation strategy - are left to the particular system ...
... TCP has additional decisions to make involving object deliverability, reliability and window management. Additionally, the service profile ...
... Receivable Set = {(1,2),(1,4),(1,5),(1,6),(2,1)} In general, the notion of window management takes on new meaning with a partial order service. One may re-examine the classic window ...


... connection is an example) (4) Management of "objects" rather than octets (5) Modified acknowledgment strategy ...



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