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sim0812.m
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clear all;
clc;
%考虑每个方向通行情况，车多，车少以及堵车
%0804
%theta为对每种资源的payoff
t=10; %inner loop iteration time
B2_0=10;
P2_0=10;
P3_0=10;
N0=10^(-14.4);%1e-10;
Bm=150;
Pm=300;
% d12_R=1000*(0.002+0.029*rand(1,1));
% d23_V=(0.005+0.05*rand(1,1))*1000;
ga=[1.59,1.68,1.77,2,2.75,3.76,4];
% pB=10;
% pP=1;
pP=0.99;
P2_1=10;
alpha=1;
eps=1e-14;
eps2=1e-4;
M=100;%op的uf乘数
c0=1;
% c0=1e-8;
rho=100;
halflen = 70;
%不同交通状况下的车距
% cardis_jam = 2;
% carmindis_jam = 4;
% cardis_heavy = 10;
% carmindis_heavy = 6;
% cardis_light = 50;
% carmindis_light = 16;
cardis=[2,10,50];
carmindis=[4,6,16];
coverrange = 25:5:65;
verd = [7,3,-3,-7];
r=zeros(4,35);
for i =1:4
for j=1:35
r(i,j)=1.5+0.5*rand(1,1);
end
end
fxstar=zeros(500,9,7);
fxbefore=zeros(9,7);
totalcar=zeros(1,9);
crvcar=zeros(1,9);
% for rdir1con=1:3
% for rdir2con=rdir1con:3
% disp(rdir1con);
% disp(rdir2con);
rdir1con=3;
rdir2con=2;
% for rsel=1:9
rsel=6;
%% car generating
car_location = zeros(4,35);
car_id = randperm(1000);%1-1000随机排列
car_idnum = zeros(4,35);%存放每个位置的车序号
crv=zeros(4,35);
car_bucket=cell(10,20);%10个桶，根据车序号个位数分配桶
bucket_cnt=zeros(10,1);%桶内车辆计数
d12_R = zeros(4,35);
d23_V = zeros(4,35);
idcnt=1;
for i = 1:2%每条车道第一辆车
car_location(i,1)=rand(1,1)*carmindis(rdir1con)-halflen;
car_idnum(i,1)=car_id(idcnt);
idcnt=idcnt+1;
end
for i = 3:4%每条车道第一辆车
car_location(i,1)=rand(1,1)*carmindis(rdir2con)-halflen;
car_idnum(i,1)=car_id(idcnt);
idcnt=idcnt+1;
end
crvnum=0;
carnum = zeros(4,1);
for i = 1:2
for j = 2:35
car_location(i,j)=car_location(i,j-1)+carmindis(rdir1con)+rand(1,1)*cardis(rdir1con);
if car_location(i,j) > halflen
car_location(i,j)=NaN;
carnum(i) = j-1;%每条道车的数量
break;
end
car_idnum(i,j) = car_id(idcnt);
idcnt=idcnt+1;
if car_location(i,j)^2 + verd(i)^2 <= coverrange(rsel)^2
d12_R(i,j) = sqrt(car_location(i,j)^2 + verd(i)^2);
crvnum=crvnum+1;
end
end
end
for i = 3:4
for j = 2:35
car_location(i,j)=car_location(i,j-1)+carmindis(rdir2con)+rand(1,1)*cardis(rdir2con);
if car_location(i,j) > halflen
car_location(i,j)=NaN;
carnum(i) = j-1;%每条道车的数量
break;
end
car_idnum(i,j) = car_id(idcnt);
idcnt=idcnt+1;
if car_location(i,j)^2 + verd(i)^2 <= coverrange(rsel)^2
d12_R(i,j) = sqrt(car_location(i,j)^2 + verd(i)^2);
crvnum=crvnum+1;
end
end
end
totalcar(3*rdir1con+rdir2con-3)=sum(carnum);
crvcar(3*rdir1con+rdir2con-3)=crvnum;
% totalcar(gasel)=sum(carnum);
% crvcar(gasel)=crvnum;
urvnum=sum(carnum)-crvnum;
urvcellcnt=0;
% relay generation
CRV=cell(1,urvnum);
URV=cell(1,urvnum);
for i=1:4
dir=0;
urvrelaysel1=0;
urvrelaysel2=0;
for j = 1:carnum(i)
if d12_R(i,j)>0
dir=1;
else
if dir==0
urvrelaysel1=urvrelaysel1+1;
else
urvrelaysel2=urvrelaysel2+1;
end
end
end
for relaygen1=1:urvrelaysel1
URV{urvcellcnt+relaygen1}=[i,relaygen1];
CRV{urvcellcnt+relaygen1}=[i,relaygen1+urvrelaysel1];
end
urvcellcnt=urvcellcnt+urvrelaysel1;
for relaygen2=1:urvrelaysel2
URV{urvcellcnt+relaygen2}=[i,carnum(i)-urvrelaysel2+relaygen2];
CRV{urvcellcnt+relaygen2}=[i,carnum(i)-2*urvrelaysel2+relaygen2];
end
urvcellcnt=urvcellcnt+urvrelaysel2;
end
% k1=0;
% count = zeros(10,1);
% for i=1:4
% for j = 1:carnum(i)
% if d12_R(i,j)==0
% flag = 0;
% while flag==0
% while bucket_cnt(mod(car_idnum(i,j)+k1,10)+1)==0 %如果对应的桶为空，即没有可以作为relay的车，看下一个桶
% k1 = k1+1;
% end
% relaybucket=mod(car_idnum(i,j)+k1,10)+1;
% count(relaybucket) = mod(count(relaybucket),bucket_cnt(relaybucket))+1;%桶中用来relay的对应车辆，从第一辆开始，桶内循环
% tmp=car_bucket{relaybucket,count(relaybucket)}(3);%相应桶的相应车第三个元素，记录的是relay的数目
% if tmp<1
% flag = 1;
% car_bucket{relaybucket,count(relaybucket)}(3)=tmp+1;%更新relay信息
% car_bucket{relaybucket,count(relaybucket)}(tmp*2+4)=i;
% car_bucket{relaybucket,count(relaybucket)}(tmp*2+5)=j;
% CRV{urvcellcnt}=car_bucket{relaybucket,count(relaybucket)}(1:2);
% URV{urvcellcnt}=[i,j];
% urvcellcnt=urvcellcnt+1;
% else
% k1 = k1+1;%若该车已经有relay了，换下一个桶
% end
% %count(relaybucket) =
% %mod(count(relaybucket),bucket_cnt(relaybucket))+1;换同一个桶中下一辆车
% % 还没写完，可以考虑先把同一个桶中的车先找完再找下一个桶，不用了，上面已经考虑到了
% end
% end
% end
% end
%%
%A1=[1,0;0,1;0,0];
%A2=[1,0;0,0];
%用cell来构建URV及对应的CRV的index坐标
% CRV={[2,4],[4,2],[2,2],[1,4],[3,4],[1,2],[2,3]};
% URV={[1,6],[2,1],[4,1],[3,6],[1,1],[3,1],[4,6]};
%考虑在找relay的时候建立cell数组
% for gasel=1:7
k=3;
for i = 1:urvnum
d23_V(URV{i}(1),URV{i}(2))=sqrt( ( car_location( URV{i}(1),URV{i}(2) ) - car_location( CRV{i}(1),CRV{i}(2) ) )^2+(verd(URV{i}(1)) - verd(CRV{i}(1)))^2);
end
% xhat=zeros(7,3);%7是relay的数量
matrixd=max(crvnum,urvnum);
A1=zeros(crvnum,2*matrixd+2,2); %CRV约束的系数矩阵
for i=1:crvnum
A1(i,2*i-1:2*i,:)=eye(2);
end
for totcon=1:crvnum
A1(totcon,2*matrixd+1,1)=1;
A1(totcon,2*matrixd+2,2)=1;
end
A1T=permute(A1,[2,3,1]);
A2=zeros(urvnum,2*matrixd+2,2);%URV约束的系数矩阵
for i=1:urvnum
A2(i,2*i-1,1)=1;
end
for totcon=1:urvnum
A1(totcon,2*matrixd+1,1)=1;
A1(totcon,2*matrixd+2,2)=1;
end
A2T=permute(A2,[2,3,1]);
C=zeros(2*matrixd+2,1);%算法中的约束对应的常数矩阵C
for i=1:crvnum
C(i*2-1:2*i)=[B2_0;P2_0];
end
C(2*matrixd+1:2*matrixd+2)=[Bm,Pm];
% if rdir1con==rdir2con && gasel <=4
% continue;
% end
gasel=1;
disc=zeros(4,35,500);
x=zeros(3,500,4,35);
x1=zeros(2,500,4,35);
for i=1:4
for j=1:carnum(i)
if d12_R(i,j)>0
BP1=sdpvar(3,1);
F0_1 = [0<=BP1(1)<=B2_0,0<=BP1(2)<=P2_0,0<=BP1(3)<=P2_1];
obj0_1=-r(i,j)*cap(BP1(1),BP1(2),d12_R(i,j),ga(gasel),N0)+pP*(BP1(2)+BP1(3));
options = sdpsettings('verbose',0,'cachesolvers',1,'solver','fmincon','fmincon.MaxFunEvals',5000,'fmincon.TolCon',...
1e-50,'fmincon.TolX',1e-50,'fmincon.TolFun',1e-50,'fmincon.TolConSQP',1e-20,...
'fmincon.TolPCG',1e-20,'fmincon.TolProjCG',1e-20,'usex0',1,'fmincon.TolProjCGAbs',1e-20);
assign(BP1,[0;0;0]);
sol1=optimize(F0_1,obj0_1,options);
optobj1=value(obj0_1);
optx1=value(BP1);
%xhat(i)=optx1;
x(1:2,2,i,j)=[Bm;Pm]/crvnum;
end
end
end
crvdisflag=1;
urvdisflag=1;
fx=0;
for i=1:4
for j=1:carnum(i)
if d12_R(i,j)>0
if cap(x(1,2,i,j),x(2,2,i,j),d12_R(i,j),ga(gasel),N0)>=c0
fx=fx+1;
if crvdisflag ==1
disfxwhencrv=[num2str(fx),' crviscnted '];
disp(disfxwhencrv);
crvdisflag=0;
end
end
end
end
end
fxbefore(3*rdir1con+rdir2con-3,gasel)=fx;
% x2=zeros(2,500,t);
%c1=cap(optx1(1),optx1(2),d12_R,ga,N0);
c2=0;
lamda=zeros(2*matrixd+2,500);
theta=zeros(sum(carnum)*3,500);
theta(:,3)=ones(sum(carnum)*3,1);
c_urv=zeros(4,35);
tonorm=zeros(2*matrixd+2,1);
tonormlast=zeros(2*matrixd+2,1);
fx1=zeros(500,1);
fx1(1)=crvnum;
fx1(2)=crvnum;
tmpx=zeros(3,1);
tmpx1=zeros(2,1);
%%
while k<=10 || abs((-fx1(k-1)-lamda(k-1)*tonorm+rho/2*norm(tonorm)^2)-(-fx1(k-2)-lamda(k-2)*tonormlast+rho/2*norm(tonormlast)^2))>eps%L(x(:,k-1,t),x(:,k-1,t),lamda(:,k-1,t),C,rho,A1,A2,c1,c2)-...
%L(x(:,k-2,t),x(:,k-2,t),lamda(:,k-2,t),C,rho,A1,A2,c1,c2)
tonormlast=tonorm;
for i=2:t-1
crvcnt=1;
urvcnt=1;
tmpx=x(:,k,4,carnum(4));
tmpx1=x1(:,k,4,carnum(4));
tonorm=-C;
urv=1;crv=1;
for eachcari1=1:4
for eachcarj1=1:carnum(eachcari1)
if d12_R(eachcari1,eachcarj1)>0
tonorm=tonorm+A1T(:,:,crv)*x(1:2,k,eachcari1,eachcarj1);
crv=crv+1;
else
tonorm=tonorm+A2T(:,:,urv)*x1(:,k,eachcari1,eachcarj1);
urv=urv+1;
end
end
end
for eachcari=1:4
% disp(eachcari);
for eachcarj = 1:carnum(eachcari)
currentcar=eachcarj;
for curcarcnt=1:eachcari-1
currentcar=currentcar+carnum(curcarcnt);
end
% disp(eachcarj);
if d12_R(eachcari,eachcarj)>0
%CRV
BP=sdpvar(3,1);
% disp(100);
F1 = [0<=BP(1)<=B2_0,0<=BP(2)<=P2_0,0<=BP(3)<=P2_1,cap(BP(1),BP(2),d12_R(eachcari,eachcarj),ga(gasel),N0)>=c0];
% obj1=-r2*cap(BP(1),BP(2),d12_R,ga,N0)+pP*(BP(2)+BP(3))+pB*BP(1)-theta(1,k)*BP(1)-theta(2,k)*BP(2)-theta(3,k)*BP(3)-lamda(:,k,i)'*A1'*BP+rho/2*norm(A1'*BP+A2'*x2(:,k,i)-C)^2-M./(1+(exp(-cap(BP(1),BP(2),d12_R,ga,N0))));
obj1=-r(eachcari,eachcarj)*cap(BP(1),BP(2),d12_R(eachcari,eachcarj),ga(gasel),N0)+pP*(BP(2)+BP(3))-theta((currentcar-1)*3+1,k)*BP(1)- theta((currentcar-1)*3+2,k)*BP(2)-theta((currentcar-1)*3+3,k)*BP(3)-lamda(:,k)'*A1T(:,:,crvcnt)*BP(1:2)+rho/2*norm(A1T(:,:,crvcnt)*BP(1:2)-A1T(:,:,crvcnt)*x(1:2,k,eachcari,eachcarj)+tonorm)^2-M;
options = sdpsettings('verbose',0,'cachesolvers',1,'solver','fmincon','fmincon.Algorithm','trust-region-reflective','fmincon.MaxFunEvals',7000,'usex0',1,...j)
'fmincon.TolX',1e-200,'fmincon.TolFun',1e-50,'fmincon.TolConSQP',1e-50,...
'fmincon.TolPCG',1e-50,'fmincon.TolProjCG',1e-50,'fmincon.TolProjCGAbs',1e-50);%'fmincon.TolCon',1e-16,
assign(BP(1),8);
% assign(BP(2),9.99);
assign(BP(3),10);
sol1=optimize(F1,obj1,options);
% disp(101);
BPp=sdpvar(3,1);
F12 = [0<=BPp(1)<=B2_0,0<=BPp(2)<=P2_0,0<=BPp(3)<=P2_1,cap(BPp(1),BPp(2),d12_R(eachcari,eachcarj),ga(gasel),N0)<=c0];
% obj1=-r2*cap(BP(1),BP(2),d12_R,ga,N0)+pP*(BP(2)+BP(3))+pB*BP(1)-theta(1,k)*BP(1)-theta(2,k)*BP(2)-theta(3,k)*BP(3)-lamda(:,k,i)'*A1'*BP+rho/2*norm(A1'*BP+A2'*x2(:,k,i)-C)^2-M./(1+(exp(-cap(BP(1),BP(2),d12_R,ga,N0))));
obj12=-r(eachcari,eachcarj)*cap(BPp(1),BPp(2),d12_R(eachcari,eachcarj),ga(gasel),N0)+pP*(BPp(2)+BPp(3))-theta((currentcar-1)*3+1,k)*BPp(1)- theta((currentcar-1)*3+2,k)*BPp(2)-theta((currentcar-1)*3+3,k)*BPp(3)-lamda(:,k)'*A1T(:,:,crvcnt)*BPp(1:2)+rho/2*norm(A1T(:,:,crvcnt)*BPp(1:2)-A1T(:,:,crvcnt)*x(1:2,k,eachcari,eachcarj)+tonorm)^2;
assign(BPp(1),8);
% assign(BPp(2),9.99);
assign(BPp(3),10);
sol12=optimize(F12,obj12,options);
tonorm=-A1T(:,:,crvcnt)*x(1:2,k,eachcari,eachcarj)+tonorm;
if value(obj1)<value(obj12)
x(:,k,eachcari,eachcarj)=value(BP);
else
x(:,k,eachcari,eachcarj)=value(BPp);
end
tonorm=A1T(:,:,crvcnt)*x(1:2,k,eachcari,eachcarj)+tonorm;
% disp(102);
crvcnt=crvcnt+1;
% disp(crvcnt);
else
%URV
BP21=sdpvar(2,1);
BP22=sdpvar(2,1);
BP23=sdpvar(2,1);
relayi=CRV{urvcnt}(1);
relayj=CRV{urvcnt}(2);
% for tmpi=1:10
% if (isempty(car_bucket{tmpi,1})) %判断tmpi号桶中是否有车
% continue;
% else
% for tmpj=1:30 %3应该是可以调大一点的
% if eachcari==car_bucket{tmpi,tmpj}(4) && eachcarj==car_bucket{tmpi,tmpj}(5)
% relayi=car_bucket{tmpi,tmpj}(1);
% relayj=car_bucket{tmpi,tmpj}(2);
% break;
% end
% if(isempty(car_bucket{tmpi,tmpj+1})==1) %如果找不到有relay的车，那么跳出这层循环
% break;
% end
% end
% if relayi>0
% break;
% end
% end
% end
F221=[0<=BP21(1)<=B2_0,0<=BP21(2)<=P3_0,min(cap(BP21(1),BP21(2),...
d12_R(relayi,relayj),ga(gasel),N0),cap(BP21(1),x(3,k,relayi,relayj),...
d23_V(eachcari,eachcarj),ga(gasel),N0))>=2*c0];
F222=[0<=BP22(1)<=B2_0,0<=BP22(2)<=P3_0,cap(BP22(1),BP22(2),...
d12_R(relayi,relayj),ga(gasel),N0)<=cap(BP22(1),x(3,k,relayi,relayj),...
d23_V(eachcari,eachcarj),ga(gasel),N0),cap(BP22(1),x(3,k,relayi,relayj),...
d23_V(eachcari,eachcarj),ga(gasel),N0)<=2*c0];
F223=[0<=BP23(1)<=B2_0,0<=BP23(2)<=P3_0,cap(BP23(1),x(3,k,relayi,relayj),...
d23_V(eachcari,eachcarj),ga(gasel),N0)<=cap(BP23(1),BP23(2),d12_R(relayi,...
relayj),ga(gasel),N0),cap(BP23(1),BP23(2),d12_R(relayi,relayj),ga(gasel),N0)<=2*c0];
F211=[0<=BP21(1)<=B2_0,0<=BP21(2)<=P3_0,min(cap(BP21(1),BP21(2),...
d12_R(relayi,relayj),ga(gasel),N0),cap(BP21(1),x(3,k-1,relayi,relayj),...
d23_V(eachcari,eachcarj),ga(gasel),N0))>=2*c0];
F212=[0<=BP22(1)<=B2_0,0<=BP22(2)<=P3_0,cap(BP22(1),BP22(2),...
d12_R(relayi,relayj),ga(gasel),N0)<=cap(BP22(1),x(3,k-1,relayi,relayj),...
d23_V(eachcari,eachcarj),ga(gasel),N0),cap(BP22(1),x(3,k-1,relayi,relayj),...
d23_V(eachcari,eachcarj),ga(gasel),N0)<=2*c0];
F213=[0<=BP23(1)<=B2_0,0<=BP23(2)<=P3_0,cap(BP23(1),x(3,k-1,relayi,relayj),...
d23_V(eachcari,eachcarj),ga(gasel),N0)<=cap(BP23(1),BP23(2),...
d12_R(relayi,relayj),ga(gasel),N0),cap(BP23(1),BP23(2),d12_R(relayi,relayj),...
ga(gasel),N0)<=2*c0];
% obj2=-r3*0.5*min(cap(BP2(1),BP2(2),d12_R,ga,N0),cap(BP2(1),x1(3,k,i+1),d23_V,ga,N0))+pP*...
% BP2(2)+pB*BP2(1)-M*(min(cap(BP2(1),BP2(2),d13,k,i+1),d23_V,ga,N0))...
% -c0)-lamda(:,k,i)'*A2'*BP2+rho/2*norm(A2'*BP2+A1'*x1(:,k,i+1)-C)^2;
if relayi<eachcari ||(relayi==eachcari && relayj<eachcarj)
obj221=-r(eachcari,eachcarj)*0.5*min(cap(BP21(1),BP21(2),d12_R(relayi,relayj),ga(gasel),N0),cap(BP21(1),x(3,k,relayi,relayj),d23_V(eachcari,eachcarj),ga(gasel),N0))+pP*...
BP21(2)-M-lamda(:,k)'*A2T(:,:,urvcnt)*BP21+rho/2*norm(A2T(:,:,urvcnt)*BP21-A2T(:,:,urvcnt)*x1(:,k,eachcari,eachcarj)+tonorm)^2;
options = sdpsettings('verbose',0,'cachesolvers',1,'solver','fmincon','fmincon.Algorithm','trust-region-reflective','fmincon.MaxFunEvals',7000,'fmincon.TolCon',...
0,'fmincon.TolX',1e-50,'fmincon.TolFun',1e-50,'fmincon.TolConSQP',1e-20,...
'fmincon.TolPCG',1e-20,'fmincon.TolProjCG',1e-20,'fmincon.TolProjCGAbs',1e-20);
sol221=optimize(F221,obj221,options);
obj222=-r(eachcari,eachcarj)*0.5*min(cap(BP22(1),BP22(2),d12_R(relayi,relayj),ga(gasel),N0),cap(BP22(1),x(3,k,relayi,relayj),d23_V(eachcari,eachcarj),ga(gasel),N0))+pP*...
BP22(2)-lamda(:,k)'*A2T(:,:,urvcnt)*BP22+rho/2*norm(A2T(:,:,urvcnt)*BP22-A2T(:,:,urvcnt)*x1(:,k,eachcari,eachcarj)+tonorm)^2;
sol222=optimize(F222,obj222,options);
obj223=-r(eachcari,eachcarj)*0.5*min(cap(BP23(1),BP23(2),d12_R(relayi,relayj),ga(gasel),N0),cap(BP23(1),x(3,k,relayi,relayj),d23_V(eachcari,eachcarj),ga(gasel),N0))+pP*...
BP23(2)-lamda(:,k)'*A2T(:,:,urvcnt)*BP23+rho/2*norm(A2T(:,:,urvcnt)*BP23-A2T(:,:,urvcnt)*x1(:,k,eachcari,eachcarj)+tonorm)^2;
% sol223=optimize(F223,obj223,options);
sol223=optimize(F223,obj223);
tonorm=-A2T(:,:,urvcnt)*x1(:,k,eachcari,eachcarj)+tonorm;
if value(obj221)<value(obj222)
if value(obj221)<value(obj223)
x1(:,k,eachcari,eachcarj)=value(BP21);
else
x1(:,k,eachcari,eachcarj)=value(BP23);
end
else
if value(obj222)<value(obj223)
x1(:,k,eachcari,eachcarj)=value(BP22);
else
x1(:,k,eachcari,eachcarj)=value(BP23);
end
end
tonorm=A2T(:,:,urvcnt)*x1(:,k,eachcari,eachcarj)+tonorm;
c_urv(eachcari,eachcarj)=0.5*min(cap(x1(1,k,eachcari,eachcarj),x1(2,k,eachcari,eachcarj),d12_R(relayi,relayj),ga(gasel),N0),cap(x1(1,k,eachcari,eachcarj),x(3,k,relayi,relayj),d23_V(eachcari,eachcarj),ga(gasel),N0));
else
obj211=-r(eachcari,eachcarj)*0.5*min(cap(BP21(1),BP21(2),d12_R(relayi,relayj),ga(gasel),N0),cap(BP21(1),x(3,k-1,relayi,relayj),d23_V(eachcari,eachcarj),ga(gasel),N0))+pP*...
BP21(2)-M-lamda(:,k)'*A2T(:,:,urvcnt)*BP21+rho/2*norm(A2T(:,:,urvcnt)*BP21-A2T(:,:,urvcnt)*x1(:,k,eachcari,eachcarj)+tonorm)^2;
options = sdpsettings('verbose',0,'cachesolvers',1,'solver','fmincon','fmincon.MaxFunEvals',7000,'fmincon.TolCon',...
0,'fmincon.TolX',1e-50,'fmincon.TolFun',1e-50,'fmincon.TolConSQP',1e-20,...
'fmincon.TolPCG',1e-20,'fmincon.TolProjCG',1e-20,'fmincon.TolProjCGAbs',1e-20);
sol211=optimize(F211,obj211,options);
% sol211=optimize(F211,obj211);
obj212=-r(eachcari,eachcarj)*0.5*min(cap(BP22(1),BP22(2),d12_R(relayi,relayj),ga(gasel),N0),cap(BP22(1),x(3,k-1,relayi,relayj),d23_V(eachcari,eachcarj),ga(gasel),N0))+pP*...
BP22(2)-lamda(:,k)'*A2T(:,:,urvcnt)*BP22+rho/2*norm(A2T(:,:,urvcnt)*BP22-A2T(:,:,urvcnt)*x1(:,k,eachcari,eachcarj)+tonorm)^2;
% sol212=optimize(F212,obj212,options);
sol212=optimize(F212,obj212);
obj213=-r(eachcari,eachcarj)*0.5*min(cap(BP23(1),BP23(2),d12_R(relayi,relayj),ga(gasel),N0),cap(BP23(1),x(3,k-1,relayi,relayj),d23_V(eachcari,eachcarj),ga(gasel),N0))+pP*...
BP23(2)-lamda(:,k)'*A2T(:,:,urvcnt)*BP23+rho/2*norm(A2T(:,:,urvcnt)*BP23-A2T(:,:,urvcnt)*x1(:,k,eachcari,eachcarj)+tonorm)^2;
% sol213=optimize(F213,obj213,options);
sol213=optimize(F213,obj213);
tonorm=-A2T(:,:,urvcnt)*x1(:,k,eachcari,eachcarj)+tonorm;
if value(obj211)<value(obj212)
if value(obj211)<value(obj213)
x1(:,k,eachcari,eachcarj)=value(BP21);
else
x1(:,k,eachcari,eachcarj)=value(BP23);
end
else
if value(obj212)<value(obj213)
x1(:,k,eachcari,eachcarj)=value(BP22);
else
x1(:,k,eachcari,eachcarj)=value(BP23);
end
end
tonorm=A2T(:,:,urvcnt)*x1(:,k,eachcari,eachcarj)+tonorm;
c_urv(eachcari,eachcarj)=0.5*min(cap(x1(1,k,eachcari,eachcarj),x1(2,k,eachcari,eachcarj),d12_R(relayi,relayj),ga(gasel),N0),cap(x1(1,k,eachcari,eachcarj),x(3,k-1,relayi,relayj),d23_V(eachcari,eachcarj),ga(gasel),N0));
end
urvcnt=urvcnt+1;
% disp(urvcnt);
end
% disp(eachcarj);
end
end
%tonorm=tonorm-A2T(:,:,urvnum)*tmpx1+A2T(:,:,urvnum)*x1(:,k,4,carnum(4));
lamda(:,k)=lamda(:,k)-rho*(tonorm);
end
% c1=cap(x1(1,k,t),x1(2,k,t),d12_R,ga,N0);
% disc(1,k)=c1;
% c2=min(cap(x2(1,k,t),x2(2,k,t),d12_R,ga,N0),cap(x2(1,k,t),x1(3,k,t),d23_V,ga,N0));
% disc(2,k)=c2;
flag=0;
rescrv=1;
% disp(c_urv);
for i=1:4
for j=1:carnum(i)
if d12_R(i,j)>0
theta(3*rescrv-3+1,k+1)=(-r(i,j)*(log2(1+x(2,k,i,j).*d12_R(i,j)^(-ga(gasel))./(N0*x(1,k,i,j)))-1/(log(2)*(1+(N0*x(1,k,i,j))/x(2,k,i,j).*d12_R(i,j)^(-ga(gasel))))))*alpha+(1-alpha)*theta(3*rescrv-3+1,k);
theta(3*rescrv-3+2,k+1)=(pP-r(i,j)/log(2)*(d12_R(i,j)^(-ga(gasel))./N0+x(2,k,i,j)/x(1,k,i,j)))*alpha+(1-alpha)*theta(3*rescrv-3+2,k);
theta(3*rescrv,k+1)=theta(3*rescrv,k)*(1-alpha)+1*alpha;%-(pP-r(i,j)/log(2)*(d12_R(i,j)^(-ga(gasel))./N0+x(2,k,i,j)/x(1,k,i,j)))*alpha;
rescrv=rescrv+1;
end
end
end
instrucsion='count begin ';
disp(instrucsion);
crvdisflag1=1;
urvdisflag1=1;
for i=1:4
for j=1:carnum(i)
if d12_R(i,j)>0
if cap(x(1,k,i,j),x(2,k,i,j),d12_R(i,j),ga(gasel),N0)>=c0
fx1(k)=fx1(k)+1;
if crvdisflag1 ==1
disfxwhencrv=[num2str(fx1(k)),' crviscnted ',num2str(k)];
disp(disfxwhencrv);
crvdisflag1=0;
end
end
else
if c_urv(i,j)>=c0
fx1(k)=fx1(k)+1;
if urvdisflag1==1
disfxwhenurv=[num2str(fx1(k)),' urviscnted ',num2str(k)];
disp(disfxwhenurv);
urvdisflag1=0;
end
end
end
end
end
for j = 1:urvnum
if abs(disc(CRV{j}(1),CRV{j}(2),k)-disc(CRV{j}(1),CRV{j}(2),k-1))<eps2
flag = flag+1;
end
end
if (flag==urvnum && k>=7) || k>=8
break;
end
k=k+1;
disp(k);
end
fxstar(:,3*rdir1con+rdir2con-3,gasel)=fx1;
% end
% end
% end