UCI and data multiplexing are transmitted on Pusch - determine the bit number of harqack, csi1 and csi2 (Part II)

1. obtain harq-ack How much subcarrier space needs to be allocated

This is a typeA The calculation process of is as follows ,typeB The calculation process is similar , I'm not going to introduce you here .
harq-ack The occupied symbol must be the data symbol following the first continuous pilot symbol .

  % Get the number of coded HARQ-ACK symbols and bits, TS 38.212,
   % Section 6.3.2.4.1.1
    [qDashACK,EuciACK] = rateMatchInfoACK(...
        tbs,oack,pusch.BetaOffsetACK,alpha,numCodedBits,s1,s2,rqm,nlqm); % This is real harqbit Count to count  
    [qDashACKrvd,EuciACKRvd] = rateMatchInfoACK(...
        tbs,oACKrvd,pusch.BetaOffsetACK,alpha,numCodedBits,s1,s2,rqm,nlqm); % This is reserved ackbit Count to count .    
function [Qd,E] = rateMatchInfoACK(ulschFlag,oack,beta,alpha,sumKr,s1,s2,rqm,nlqm)
%rateMatchInfoACK Rate matching information of HARQ-ACK on PUSCH
    % Symbol and bit capacity of HARQ-ACK
    if oack
        firstTerm = getFirstTermOfFormula(ulschFlag,oack,beta,s1,sumKr,rqm);
        secondTerm = ceil(alpha*s2);
        Qd = min(firstTerm,secondTerm);
        E = nlqm*Qd;
    else
        Qd = 0;
        E = 0;
    end
end  
function val = getFirstTermOfFormula(ulschFlag,ouci,beta,s1,sumKr,rqm)
%getFirstTermOfFormula First term of UCI rate match calculations
    % Value of first term in the formula
    if ulschFlag
        % In the presence of UL-SCH
        val = ceil((double(ouci)+getCRC(ouci))*double(beta)*s1/sumKr);%ceil Rounding up 
    else
        % In the absence of UL-SCH
        val = ceil((double(ouci)+getCRC(ouci))*double(beta)/rqm);
    end
end 
function L = getCRC(oUCI)
% CRC bits for UCI information for input length oUCI, according to TS
% 38.212, Section 6.3.1.2.1
    if oUCI > 19
        L = 11;
    elseif oUCI > 11
        L = 6;
    else
        L = 0;
    end
end 

2. obtain csi -port1 How much subcarrier space needs to be allocated

If harq-ack Less than 2 , according to 2 Retain , Greater than 2 If so, just keep it true .csi1 It's just an introduction typeA The situation of ,typeB The situation is similar , No introduction .

This is a csi And data are not reused , And even if not csi2 The situation of ：

    % Get the number of coded CSI part 1 symbols and bits, TS 38.212,
    % Section 6.3.2.4.1.2
    if ocsi1      % If there is CSI1 Then calculate the rate matching according to the reserved , without CSI1 If so, follow the real harq ack Count it .
        if oACKrvd
            qDashACKCSI1 = qDashACKrvd;
        else
            qDashACKCSI1 = qDashACK;
        end
        firstTerm = getFirstTermOfFormula(...
            tbs,ocsi1,pusch.BetaOffsetCSI1,s1,numCodedBits,rqm);
        if tbs
            qDashCSI1 = min(firstTerm,ceil(alpha*s1)-qDashACKCSI1);
        else
            if ocsi2
                qDashCSI1 = min(firstTerm,s1-qDashACKCSI1);
            else
                qDashCSI1 = s1-qDashACKCSI1;
            end
        end
        EuciCSI = nlqm*qDashCSI1;
    else
        qDashCSI1 = 0;
        EuciCSI = 0;
    end
      % Get the bit capacity of UL-SCH   Get the space left for the data 
    if tbs
        gULSCH = G - EuciCSI - EuciCSI2 - EuciACK*(oACKrvd==0);
    else
        gULSCH = 0;
    end

3. obtain csi -port2 How much subcarrier space needs to be allocated

When HARQ-ACK Less than 2bit Count ,csi2 You can occupy his space first

% Get the number of coded CSI part 2 symbols and bits, TS 38.212,
    % Section 6.3.2.4.1.3
    if ocsi2
        qDashACKCSI2 = qDashACK;
        if oack <= 2
            qDashACKCSI2 = 0;
        end
        if tbs
            firstTerm = getFirstTermOfFormula(...
                tbs,ocsi2,pusch.BetaOffsetCSI2,s1,numCodedBits,rqm);
            qDashCSI2 = min(firstTerm,ceil(alpha*s1)-qDashACKCSI2-qDashCSI1);
        else
            qDashCSI2 = s1-qDashACKCSI2-qDashCSI1;
        end
        EuciCSI2 = nlqm*qDashCSI2;
    else
        qDashCSI2 =0;
        EuciCSI2 = 0;
    end