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Network Working Group P. Riikonen
Internet-Draft
-draft-riikonen-silc-pp-06.txt 25 November 2002
-Expires: 25 April 2003
+draft-riikonen-silc-pp-06.txt 26 November 2002
+Expires: 26 April 2003
.in 3
EMail: priikone@iki.fi
-This Internet-Draft expires 25 April 2003
+This Internet-Draft expires 26 April 2003
.ds RF FORMFEED[Page %]
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.ds LH Internet Draft
-.ds RH 25 November 2002
+.ds RH 26 November 2002
.ds CH
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Network Working Group P. Riikonen
Internet-Draft
-draft-riikonen-silc-spec-06.txt 25 November 2002
-Expires: 25 April 2003
+draft-riikonen-silc-spec-06.txt 26 November 2002
+Expires: 26 April 2003
.in 3
7 Author's Address .............................................. 49
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List of Figures
routers are in the center of the cell and servers are connected to the
router.
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The following diagram represents SILC network topology.
.in 8
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.in 16
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1 --- S1 S4 --- 5 S2 --- 1
ID's. Collisions are not expected to happen. The Client ID is defined
as follows.
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128 bit Client ID based on IPv4 addresses:
Normal server also keeps information about locally created channels and
their Channel ID's.
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Hence, local list for normal server includes:
.in 6
name since these are not needed by the router. The router keeps only
information that it needs.
-
Hence, local list for router includes:
.in 6
client list - All clients in the cell
o Client ID
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channel list - All channels in the cell
o Channel ID
o Client ID's on channel
o Client 2. decrypts the packet with the secret shared key.
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If clients share secret key with each other the private message
delivery is much simpler since servers and routers between the
clients do not need to decrypt and re-encrypt the packet.
EMail: priikone@iki.fi
-This Internet-Draft expires 25 April 2003
+This Internet-Draft expires 26 April 2003