This part of the menu is under development. The original meaning of the abbreviation SDR (Semi Dynamical Routing), now known as Morse Redundancy Solution, expresses the function of the automatic selection of the communication route according to the situation in the network. It contains three independent parts:
Morse Redundancy Solution: (N)ode extensions (G)lobals (H)ierarchy Routing Table (q)uit >>
This menu contains the list of variant routing tables. They are
used in the Morse Redundancy Solution system also at choice of spare
path according to the menu
With choice DNe we get the table, where the variant routing table numbers can be written similarly like in the menu Ne:
Node Extensions: retab Nid |l w n g| Mode (0) |0 0 0 0| 0 (1) |0 0 0 0| 0 (2) |0 0 0 0| 0 (3) |0 0 0 0| 0 (4) |0 0 0 0| 0
Go in the submenu by writing e.g. 1. Here switch ON the parameter (K)eep lines. It is necessary in the mode NEXT NODE for the test packet sending.
Node Extensions: (l)o:0 (w)i:0 (n)e:0 (g)l:0 (H)rt:0 (K)eep lines:OFF
The item (H)rt:0 is under development.
Globals menu contains the parameters for the Mobile mode and for the Next Hop mode which can switch the backup communication line. Since version 18.104.22.168 the parameters for old mobile mode are shifted here from the menu FPe. The manual MORSE Guide 2 describes this modes.
From main menu choose
>>DGe Dynamic routing: Globals m(o)de:MM ROUTER ... selection Router/Base/Mobile validity (t)imeout:120sec ... validity of entry in dynamic table (N)id:1 ... selection of node for this mode Parameters: mm (m)obile ... other parameters for Mobile station mm mob(i)le obsol ... older Mobile mode, in menu FPe formerly mm ro(u)ter ... other parameters for Router mm (b)ase ... other parameters for Base ob(s)olete de(f)ault (r)ead (w)rite (I)nit (S)ync (q)uit >>
m(o)de offers the mode:
>>DGe o mode (0) OFF ...standard mode, stationary routing (M) MM MOBILE ...mobile mode, mobile CU (O) MM MOBILE OBSOL ...old mobile mode, mobile CU (L) MM BALANCED ...in development (R) MM ROUTER ...mobile mode, router (B) MM BASE ...mobile mode, base (N) NEXT HOP ...backup path, Next Hop mode (K) NEXT HOP+KEEPS ...backup path, Next Hop+Keep mode
The parameters for both mobile mode follows.
>>DGe u Router mode parameters: Mobile: (b)ase:690F8000 (m)ask:FFFF8000 (c)entre:690F7E05 Load treshold: Lo(w)/M-L:200promile Hi(g)h/H-M:600promile Load meas (T)au:5000ms (o)wn load treshold:500bps debug via (S)ystem channel:OFF (q)uit >>
(b)ase:690F8000 – reference address for definition of Mobile stations
(m)ask:FFFF8000 – mask for definition of Mobile stations
(c)entre:690F7E05 – address of central application
Lo(w)/M-L:200promile – evaluation of RF load, less than 20% is level 3
Hi(g)h/H-M:600promile – 20% to 60% is level 2, more than 60% is level 1
(T)au:5000ms – auxiliary parameter for evaluating RF load
(o)wn load threshold:500bps – auxiliary parameter for evaluating data load
(S)ystem channel:OFF – switches on transmission of debug
messages to the System channel
>>DGe b Base mode parameters: Mobile: (b)ase:690F8000 (m)ask:FFFF8000 (c)entre:690F7E05 Base info (t)imeout:30sec base-centre (e)cho timeout:0sec Load treshold: Lo(w)/M-L:200promile Hi(g)h/H-M:600promile Load meas (T)au:5000ms (o)wn load treshold:500bps debug via (S)ystem channel:OFF (q)uit >>
In addition bases use the following parameters:
Base info (t)imeout:30sec – interval for sending
base-centre (e)cho timeout:0sec – interval for sending test pings to the centre – if no response returns transmission on the RFC is interrupted and the Mobile station switches to another Base
>>DGe m Mobile mode parameters: Apps: (b)ase:690F7E00 (m)ask:FFFFFE00 (c)entre:690F7E05 Base: (B)ase:690F0000 (M)mask:FFFF8000 (P)assive:OFF (h)ome frequency id:1 (r)etune timeout:30sec (k)eep timeout:30sec (p)ifka timeout:60sec Load treshold: Lo(w)/M-L:200promile Hi(g)h/H-M:600promile Load meas (T)au:5000ms (o)wn load treshold:500bps debug via Event (L)og:OFF debug via (S)ystem channel:OFF Retune method parame(t)ers (q)uit >>
Apps: (b)ase:690F7E00 – reference address for definition of applications
Apps: (m)ask:FFFFFE00 – mask for definition of applications – packets sent to these addresses renew records in dynamic tables of Bases and Routers and prevent the transmission of a keep packet for the period DGemk
(c)entre:690F7E05 – address of central application – keep packets leave to this address
Base: (B)ase:690F0000 – reference address for definition of Bases
Base: (M)mask:FFFF8000 – mask for definition of Bases – only these addresses are accepted as a Base
(P)assive:OFF – with this setting station MR switches the antenna through the duplexer to MR or MW during a change of operation between the narrow and wide band, the signal is on SCC3
(P)assive: ON – MR does not give a signal for the duplexer
(h)ome frequency id:1 – number of the channel on which the Mobile station begins to search for a Base upon start up or upon a loss of connection
(r)etune timeout:30sec – the Mobile station does not switch between various frequencies before this time has elapsed; when switching between Bases from various locations on the same frequency this limitation does not apply (so-called rapid switch)
(k)eep timeout:30sec – in this interval the Mobile station sends a maintenance packet to the Centre to address DGemc
(p)ifka timeout:60sec – the parameter Crit is reduced for this time period for the Base with which problems occur in communication – this results in switching to another Base, if available
Lo(w)/M-L:200promile – limit for distinguishing the load levels 3 and 2 on the RF channel – for a load on the RFC for less than 20% of the time the level is 3
Hi(g)h/H-M:600promile – limit between level 2 and 1 – a load greater than 60% gives level 1
Load meas (T)au:5000ms – auxiliary parameter for evaluating RFC load
(o)wn load threshold:500bps – auxiliary parameter for evaluating data transfer load
debug via Event (L)og:OFF – record to debug messages to Event log
(0) OFF ... off (1) PROBLEMS ... erroneous configuration of frequencies, loss of location (2) +RETUNE INFO ... (1)+ retuning to another Base (3) FULL DIAG ... all messages
debug via (S)ystem channel:OFF – messages sent to System channel 1 (menu ise)
(0) OFF ...off (1) INFO ...message about switching Bases, etc (2) TRACE ...message sent with an interval of 1 sec (3) FULL ...table mrm sent with in interval of 1 sec, heavy channel loading
Retune method parame(t)ers – parameters which are important for retuning to another Base:
>>DGE mt Retune method parameters: Retune m(o)de:RSS/DQ (D)q weigh [mode RSS/DQ]:700promile (M)edia type setting Criterium (h)ysteresis:20promile Dq transform curve: Kx(1):15 Ky(2):950promile Rss transform curve: Kx(3):85dBm Ky(4):800promile Problem meas (T)au:15000ms (P)roblem treshold:900promile Problem (u)ncertainity treshold:100 [1/100] Bobeks: (r)ss:150promile (p)ifka:250promile (c)onnection:250promile pac(k)ets:650promile (q)uit >>
Retune m(o)de:RSS/DQ – method of processing RSS and DQ when evaluating a Base
(0) RSS/DQ ...DQ has a weight according to DGemtD, the weight of RSS is an increment to 1000 (1) DQ ...other weights, under development
(D)q weigh [mode RSS/DQ]:700promile – weight DQ, weight RSS is 1000 – D
For all Bases at one location there is taken a common value of RSS and a common value of DQ.
(M)edia type setting – transmission media in individual channels are characterised by a four-bite character, for example:
MR: 0010 = 0x02 MW: 0101 = 0x05 meaning of bits from the left: bit 3 - res bit 2 - 0 channel preferred for transfer of individual packets (packet) 1 channel preferred for transfer of a large amount of data (connection) bity 1,0 - 00 ETH 01 wide - wideband 10 narrow - 25 kHz band 11 microwave channel
Criterium (h)ysteresis:20promile – parameter Crit must change by at least this value in order to induce a change in channel
Dq transform curve: Kx(1):15 – for converting DQ values into a value used in the calculation a pair of abscissae defined by coordinates DQ/value are used: 0/0, Kx(1)/Ky(2), 31/1000.
Dq transform curve: Ky(2):950promile – second coordinate of conversion abscissae for DQ
Rss transform curve: Kx(3):85dBm – definition of conversion abscissae for RSS
Rss transform curve: Ky(4):800promile – second coordinate of conversion abscissae for RSS
Problem meas (T)au:15000ms – auxiliary parameter for the calculation of parameter Problem, a longer time increases the influence of historic values of the parameter Problem and slows down the reaction to new events
(P)roblem treshold:900promile – parameter Problem is
calculated from more indicators, it rises particularly during
unsuccessful communication with the centre. If the limit
Problem (u)ncertainty treshold:100 [1/100] – together with parameter Problem the parameter Problem uncertainty is also calculated. Uncertainty drops with fresh data about successful or unsuccessful communication. Uncertainty cannot be greater than the limit set here in order to allow for the application of Pifka.
(r)ss:150promile – all criteria at the location are multiplied by this value (=0.15) with the exception of channel home (DGemh) in the case where RSS weakens to below -95dBm. This results in switching to channel home on which setting up communication to the next location is easier.
(p)ifka:250promile – the criterion of the channel to which status pifka was applied is multiplied by this value (=0.25). This results in the Mobile station switching to another Base if available.
(c)onnection:250promile – during the transfer of “connection” type data, i.e. a large volume of data, the criterion on channels unsuitable for this transfer is multiplied by this value (=0.25). An example of this are channels with parameter DGemtM0 = 2, i.e MR160.
pac(k)ets:650promile – during the transfer of “packet” type data, i.e. short packets, the criterion on channels unsuitable for this transfer is multiplied by this value (=0.65). An example of this are channels with parameter DGemtM0 = 5, i.e. MW160.
The result of the last two parameters is that narrowband (MR) modems deal with the transfer of short data and wideband modems (MW) remain available for the transfer of large volumes of data. These transfers to various Mobile stations can occur simultaneously.
The old mobile mode parameters are shifted here from the menu FPe. Detailed description in the manual MORSE Guide 2
>>DGe i Mobile obsolete mode parameters: (b)ase:690F0100 (m)ask:FFFFFF00 (c)entre:690F0233 (k)eep timeout:61sec (q)uit >>
(b)ase:690F0100 – comparative address for choice of base stations
(m)ask:FFFFFF00 – if any station which can be received on the RF 0 channel is to be taken as base, masked parts of the (b)ase parameter and the base station address must be equal, e.g. 690F0105
(c)entre:690F0233 – address of central station, where this mobile has to report to
(k)eep timeout:61sec – period (sec) for reporting to the central station (0 means no periodical reports are sent)
The routing based on hierarchy routing tables is a variety to the
standard routing tables. It is implemented since version 7.60. It is
activated from the Nodes menu choosing e.g.
(H)ierarchy Routing Table menu is in a
development stage and it’s control is unnormalized. It works with
the S-RAM memory only analogous to the common routing tables. The
de(f)ault (r)ead (w)rite in the DHe menu are used
only for the reading and writing.
Hierarchy routing table: Hid |- (0)| 5 (1)| 5 (2)| 5 (3)| 5 de(f)ault (r)ead (w)rite (I)nit (S)ync (q)uit >>
He Enter it is necessary to read the
contents using command
r Enter. Now select one of the
tables (0) to (3)
Hierarchy Routing Table (b)ase (m)ask (t)oa tm(a)sk (0) 690F0000 FFFFFF00 00002100 FFFF00FF (1) 00000000 FFFFFFFF 00000000 00000000 (2) 00000000 FFFFFFFF 00000000 00000000 (3) 00000000 FFFFFFFF 00000000 00000000 (4) 00000000 FFFFFFFF 00000000 00000000
Use a combined command to edit, e.g.
For saving we have to return by one level
q Enter and save
If the HRT mode is switched on in the Nodes menu then when routing HRT is browsed first and only then the routing tables. HRT 0 to 3 assigned to the node contains max. 5 items in rows (0) to (4), which are browsed from top to bottom.
(b)ase must be entered in such a way that it has
a 0 on those bits on which 0 has the respective mask
(t)oa must have a 0
on those bits on which the mask
tm(a)sk has the value 1 (or
F in the hexadecimal meaning).
The destination address is compared with item
in the scope of
(m)ask. If destination agrees with
the base then a new address Next Node is created for routing in such a
way that a part according to the mask
tm(a)sk is taken from
destination address and that part where
tm(a)sk has zeros
(after bits) is added from
(t)oa. Then HRT is exited and
the operation with routing tables is skipped and routing is completed
with the Next Node address obtained in this way.
If destination and
(b)ase do not agree the next row
of HRT is tested if it is filled in. After exhausting all the
possibilities offered by the HRT table the routing solution continues by
using routing tables.