function ttlist = fsan_loops(ttlist);
%% ===========================================================================
%fsan_loops - Sets up the experiment description structure for
% a certain FSAN duplex experiment.
%
% Parameter: ttlist Structure describing the traffic and topology
% Returns: ttlist Structure describing the traffic and topology
%
% Example(s):
% gui.ttlist = fsan_loops([]);
% tt=getList(gui.ttlist,'FSAN Vendor scenario ETSI'); Sets up tt to test
% the FSAN Vendor scenario ETSI.
%
% gui.ttlist = fsan_loops(gui.ttlist); Add to an existing ttlist
%
% Algorithmic details:
%
% Reference:
% FSAN Noise model notebook, (J. Cook. c25.nb)
%% ===========================================================================
%% ===========================================================================
% Copyright (C) 1998,99 by Telia Research AB, Lulea, Sweden; All rights reserved.
% Project : FSAN duplex model
% Author(s) : Tomas Nordstrom (Tomas.Nordstrom@FTW.at)
% : Daniel Bengtsson (Daniel.J.Bengtsson@Telia.se)
%
% CVS: $Id: fsan_loops.m,v 1.2 2000/03/10 13:45:59 tono Exp $
%% ===========================================================================
% Change History
% 1998-10-19 (ToNo) Created
% 1998-11-13 (ToNo) Splitted setup into three parts param,tfplan,tt
% 1998-11-26 (ToNo) Entered cable length in the cable description field
% 1999-01-07 (DaB) Added more scenarios
% 1999-01-09 (DaB) Changed DTAG05 to DTAG04
% 1999-02-05 (DaB) Changed cable type to ETSI and removed operator names
% 1999-02-26 (ToNo) Changed scenarios into a list of scenarios
% 1999-10-25 (ToNo) Reorganized things into etsi,ansi,itu,fsan definitions
%% ===========================================================================
%% ===========================================================================
% Scenario definitions: Topology and traffic pattern
%
% Topology consists of structs as:
% (implicit node_number) { length cable_type 'node_name' 'link_name' }
%
% Traffic consists of structs as:
% { from_node to_node 'tfplan_name' number_of_gui.modems }
%
% The duplex method given as a parameter to the experiment will replace 'VDSL' below
tt.name= 'FSAN Vendor scenario ETSI'; % ===== FSAN Vendor scenario ETSI
tt.topology=[
{0 '' 'CO' ''};
{300 'ETSI' 'NT1' '300m ->'};
{300 'ETSI' 'NT2' '300m ->'};
{300 'ETSI' 'NT3' '300m ->'};
{300 'ETSI' 'NT4' '300m ->'};
{300 'ETSI' 'NT5' '300m ->'};
];
tt.traffic=[
{1 2 'VDSL' 5};
{1 3 'VDSL' 5};
{1 4 'VDSL' 5};
{1 5 'VDSL' 5};
{1 6 'VDSL' 5};
];
ttlist=insertList(ttlist,tt);
tt.name= 'FSAN Vendor scenario ANSI'; % ===== FSAN Vendor scenario ANSI
tt.topology=[
{0 '' 'CO' ''};
{300 'ANSI' 'NT1' '300m ->'};
{300 'ANSI' 'NT2' '300m ->'};
{300 'ANSI' 'NT3' '300m ->'};
{300 'ANSI' 'NT4' '300m ->'};
{300 'ANSI' 'NT5' '300m ->'};
];
tt.traffic=[
{1 2 'VDSL' 5};
{1 3 'VDSL' 5};
{1 4 'VDSL' 5};
{1 5 'VDSL' 5};
{1 6 'VDSL' 5};
];
ttlist=insertList(ttlist,tt);
tt.name= 'FSAN PBO scenario'; % ===== FSAN PBO scenario
tt.topology=[
{0 '' 'CO' ''};
{150 'ETSI' 'NT1' '150m ->'};
{150 'ETSI' 'NT2' '150m ->'};
{150 'ETSI' 'NT3' '150m ->'};
{150 'ETSI' 'NT4' '150m ->'};
{150 'ETSI' 'NT5' '150m ->'};
{150 'ETSI' 'NT6' '150m ->'};
{150 'ETSI' 'NT7' '150m ->'};
{150 'ETSI' 'NT8' '150m ->'};
{150 'ETSI' 'NT9' '150m ->'};
{150 'ETSI' 'NT10' '150m ->'};
];
tt.traffic=[
{1 2 'VDSL' 2};
{1 3 'VDSL' 2};
{1 4 'VDSL' 2};
{1 5 'VDSL' 2};
{1 6 'VDSL' 2};
{1 7 'VDSL' 2};
{1 8 'VDSL' 2};
{1 9 'VDSL' 2};
{1 10 'VDSL' 2};
{1 11 'VDSL' 2};
];
ttlist=insertList(ttlist,tt);
tt.name= 'FSAN scenario FTTEx #1';
tt.topology=[
{0 '' 'CO (e)' ''};
{100 'ETSI' 'Node (c)' '100m ->'};
{400 'ETSI' 'NT (x)' '400m ->'};
];
tt.traffic=[
{1 3 'VDSL' 6};
{1 2 'VDSL' 5};
{1 3 'ADSL' 6};
{1 2 'ADSL' 4};
{1 3 'HDSL-2' 2};
{1 2 'HDSL-2' 2};
{1 3 'ISDN-4B3T' 12};
{1 2 'ISDN-4B3T' 8};
{1 3 'ISDN-PRI' 1};
{1 2 'ISDN-PRI' 1};
];
ttlist=insertList(ttlist,tt);
tt.name= 'FSAN scenario FTTCab #1';
tt.topology=[
{0 '' 'CO (e)' ''};
{1200 'ETSI' 'Cab (c)' '1200m ->'};
{200 'ETSI' 'Node (x)' '200m ->'};
{300 'ETSI' 'NT (r)' '300m ->'};
];
tt.traffic=[
{2 4 'VDSL' 6};
{2 3 'VDSL' 5};
{1 4 'ADSL' 6};
{1 3 'ADSL' 4};
{1 4 'HDSL-2' 2};
{1 3 'HDSL-2' 2};
{1 4 'ISDN-4B3T' 12};
{1 3 'ISDN-4B3T' 8};
{1 4 'ISDN-PRI' 1};
{1 3 'ISDN-PRI' 1};
];
ttlist=insertList(ttlist,tt);
tt.name= 'FSAN scenario FTTEx #2';
tt.topology=[
{0 '' 'CO (e)' ''};
{500 'ETSI' 'Node (c)' '500m ->'};
{500 'ETSI' 'NT (x)' '500m ->'};
];
tt.traffic=[
{1 3 'VDSL' 3};
{1 2 'VDSL' 2};
{1 3 'ADSL' 5};
{1 3 'HDSL-2' 6};
{1 3 'HDSL-1' 1};
{1 3 'ISDN-2B1Q' 15};
];
ttlist=insertList(ttlist,tt);
tt.name= 'FSAN scenario FTTCab #2';
tt.topology=[
{0 '' 'CO (e)' ''};
{1000 'ETSI' 'Cab (c)' '1000m ->'};
{500 'ETSI' 'Node (x)' '500m ->'};
{500 'ETSI' 'NT (r)' '500m ->'};
];
tt.traffic=[
{2 4 'VDSL' 6};
{2 3 'VDSL' 5};
{1 4 'ADSL' 3};
{1 3 'ADSL' 2};
{1 3 'HDSL-1' 1};
{1 4 'HDSL-2' 2};
{1 3 'HDSL-2' 4};
{1 4 'ISDN-2B1Q' 5};
{1 3 'ISDN-2B1Q' 10};
];
ttlist=insertList(ttlist,tt);
tt.name= 'FSAN scenario FTTEx #3';
tt.topology=[
{0 '' 'CO (e)' ''};
{500 'ETSI' 'Cab (c)' '500m ->'};
{580 'ETSI' 'Node (x)' '580m ->'};
{400 'ETSI' 'NT (r)' '400m ->'};
];
tt.traffic=[
{1 2 'VDSL' 5};
{1 4 'ADSL' 4};
{1 3 'ADSL' 3};
{1 2 'ADSL' 3};
{1 2 'HDSL-2' 2};
{1 2 'HDSL-3' 3};
{1 2 'ISDN-2B1Q' 6};
{1 3 'ISDN-2B1Q' 7};
{1 4 'ISDN-2B1Q' 7};
];
ttlist=insertList(ttlist,tt);
tt.name= 'FSAN scenario FTTCab #3';
tt.topology=[
{0 '' 'CO (e)' ''};
{3900 'ETSI' 'Cab (c)' '3900m ->'};
{580 'ETSI' 'Node (x)' '580m ->'};
{400 'ETSI' 'NT (r)' '400m ->'};
];
tt.traffic=[
{2 4 'VDSL' 4};
{2 3 'VDSL' 2};
{1 4 'ADSL' 4};
{1 3 'ADSL' 3};
{1 2 'ADSL' 3};
{1 2 'HDSL-2' 2};
{1 2 'HDSL-3' 3};
{1 2 'ISDN-2B1Q' 6};
{1 3 'ISDN-2B1Q' 7};
{1 4 'ISDN-2B1Q' 7};
];
ttlist=insertList(ttlist,tt);
tt.name= 'FSAN scenario FTTEx #4';
tt.topology=[
{0 '' 'CO' ''};
{500 'ETSI' 'Cab' '500m ->'};
{300 'ETSI' 'Node' '300m ->'};
{700 'ETSI' 'NT' '700m ->'};
];
tt.traffic=[
{2 4 'VDSL' 3};
{2 3 'VDSL' 2};
{2 4 'ADSL' 4};
{2 4 'HDSL-2' 2};
{2 3 'HDSL-2' 3};
{2 4 'ISDN-2B1Q' 7};
{2 3 'ISDN-2B1Q' 8};
];
ttlist=insertList(ttlist,tt);
tt.name= 'FSAN scenario FTTCab #4';
tt.topology=[
{0 '' 'Cab (c)' ''};
{300 'ETSI' 'Node (x)' '300m ->'};
{700 'ETSI' 'NT (r)' '700m ->'};
];
tt.traffic=[
{1 3 'VDSL' 8};
{1 2 'VDSL' 12};
{1 3 'ADSL' 5};
{1 3 'HDSL-2' 4};
{1 2 'HDSL-2' 6};
{1 3 'ISDN-2B1Q' 7};
{1 2 'ISDN-2B1Q' 8};
];
ttlist=insertList(ttlist,tt);
tt.name= 'FSAN scenario FTTEx #5';
tt.topology=[
{0 '' 'CO (e)' ''};
{500 'ETSI' 'Cab (c)' '500m ->'};
{500 'ETSI' 'NT (x)' '500m ->'};
{500 'ETSI' 'NT (r)' '500m ->'};
];
tt.traffic=[
{1 2 'VDSL' 2};
{1 3 'VDSL' 2};
{1 4 'VDSL' 1};
{1 4 'ADSL' 5};
{1 4 'ISDN-2B1Q' 5};
{1 3 'ISDN-2B1Q' 10};
{1 4 'HDSL-2' 2};
{1 3 'HDSL-2' 4};
{1 3 'HDSL-1' 1};
];
ttlist=insertList(ttlist,tt);
tt.name= 'FSAN scenario FTTCab #5';
tt.topology=[
{0 '' 'CO (e)' ''};
{1200 'DTAG04' 'Cab (c)' '1200m ->'};
{200 'DTAG04' 'NT (x)' '200m ->'};
{300 'DTAG04' 'NT (r)' '300m ->'};
];
tt.traffic=[
{2 4 'VDSL' 6};
{2 3 'VDSL' 5};
{1 4 'ADSL' 6};
{1 3 'ADSL' 4};
{1 4 'ISDN-2B1Q' 12};
{1 3 'ISDN-2B1Q' 8};
{1 4 'HDSL-2' 2};
{1 3 'HDSL-2' 2};
];
ttlist=insertList(ttlist,tt);
tt.name= 'FSAN scenario FTTCab #6';
tt.topology=[
{0 '' 'CO (e)' ''};
{3000 'ETSI' 'Cab (c)' '3000m ->'};
{500 'ETSI' 'Node (x)' '500m ->'};
{500 'ETSI' 'NT (r)' '500m ->'};
];
tt.traffic=[
{2 4 'VDSL' 11};
{2 3 'VDSL' 10};
{1 4 'ADSL' 3};
{1 3 'ADSL' 2};
{1 3 'HDSL-2' 8};
{1 4 'HDSL-2' 8};
{1 3 'ISDN-2B1Q' 3};
{1 4 'ISDN-2B1Q' 2};
];
ttlist=insertList(ttlist,tt);