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• the possible WSD frequencies that you defined;
• M equals the number of discrete inputs victim frequencies are distributed between f_min and f_max;
• The possible WSD frequencies are from f_min+(M-1)*victim bandwidth  until  f_max (i.e. assuming that f is the center frequency). Note that (f_min+(M-1)*victim) ≤ f_max;
• Extract M WSD channels.

STEP 2: Assigned the WSD with a frequency

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Note: the victim operates at a single frequency f_v. Several interferers may be operating in various frequencies 

if (dRSS > sensitivity){

     for each WSDs  {

for channel m = 1 to M+1(i.e. over all the WSD channels){

STEP 2.1: Calculate the sRSS

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No frequency is blocked, the max e.i.r.p of the WSD is considered (i.e. e.i.r.p  deduced from the Tx and antenna gain of the WSD which are inputs to SEAMCAT.)

}

else {

Step 4.1: Apply the Table of Constraints

For each of the non_available_channel, read the associated predefined table for which the “co-channel” row is synchronised to the non-available channel. Create a new e.i.r.p table with the dimension (number of rows: number of non_available_channel, number of columns: number of available_channel).

for each of the available_channel{

• Extract the lowest  e.i.r.p from the table. This gives the vector (available channel, e.i.r.p).

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Step 4.2: Determination of the WSD channel /e.i.r.p

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 Note: Now the active WSDs are assigned a frequency and a e.i.r.p.._max. 

STEP 5: Cumulate the frequency/ e.i.r.p  of all the active WSDs for each event into a single vector. 

Note: The below calculation is as normal to SEAMCAT

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Calculate the                                         (Eq. 178187)

Calculate the                                           (Eq. 179188)

Note: If none of the WSDs are active iRSS_comp = -1000 dB (by default) to allow the interference calculation.

}

else{

Skip this event

}

}