COMNET III
COMNET III
COMNET III
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Chapter 6. Message and Response Sources<br />
6.2 Message Delivered Report<br />
MESSAGE + RESPONSE SOURCES: MESSAGE DELIVERED<br />
REPLICATION 1 FROM 0.0 TO 300.0 SECONDS<br />
ORIGIN / MSG SRC NAME: MESSAGES<br />
MESSAGE DELAY<br />
DESTINATION LIST ASSEMBLED AVERAGE STD DEV MAXIMUM<br />
______________________ _________ ____________ ____________ ____________<br />
Message Workstation / src Message Source:<br />
Response Server 31 1.977 MS 0.102 MS 2.536 MS<br />
Response Server / src Message Response:<br />
ECHO 49 151.719 MS 193.928 MS 406.218 MS<br />
Session Workstation / src Session Response:<br />
ECHO 295 2.799 MS 0.145 MS 4.472 MS<br />
WAN Workstation 1 / src WAN Message 1:<br />
Response Server 11 203.109 MS 0.000 MS 203.109 MS<br />
Session Server 6 203.109 MS 0.000 MS 203.109 MS<br />
WAN Workstation 2 13 361.646 MS 1.249 MS 365.973 MS<br />
WAN Workstation 2 / src WAN Message 2:<br />
Response Server 7 203.109 MS 0.000 MS 203.109 MS<br />
WAN Workstation 1 6 409.809 MS 108.501 MS 652.425 MS<br />
Session Server 14 203.521 MS 1.484 MS 208.873 MS<br />
The Message Delivery Report presents statistics on the delay before the message is<br />
reassembled by the destination; that is the time between creating the first packet of the<br />
message on the originating node and the time of receiving the last packet on the destination<br />
node. The message may still be worked on by the source after the message is delivered because<br />
of retransmissions, waiting for acks, or for modeling the close-sequence of the connection,<br />
but these values are not factored into the message delivered delay.<br />
Messages Assembled<br />
For each destination, the number of messages that have been completely<br />
assembled at the destination. Messages are broken into packets at the<br />
source node according to the transport protocol characteristics and then<br />
each packet is sent to the destination.<br />
Message Delay—Average, Standard Deviation, Maximum<br />
The average, maximum and standard deviation of message delay.<br />
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