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--- the_complete_and_consistent_data_base_coco_for_the_national_scale [2020/03/31 07:02] – matsz
+++ the_complete_and_consistent_data_base_coco_for_the_national_scale [2020/03/31 07:56] – [COCO2: Estimation procedure] matsz
@@ Line 716: / Line 716: @@
 \begin{align}
 \begin{split}
-max_t &- \sum_{m,j,k} CPS_{m,j,2}*HCOM_{m,j,k}/1000/TOFO_{m,t}*\\
+max_t &- \sum_{m,j,k} CPS_{m,j,2} \cdot HCOM_{m,j,k}/1000/TOFO_{m,t} \\
-&PE_{m,j,k}*LOG(PE_{m,j,k}/PQ_k)\\
+& \cdot PE_{m,j,k} \cdot log(PE_{m,j,k}/PQ_k)\\
-&-\sum_{m,j,k} CPS_{m,j,2}*HCOM_{m,j,k}/1000/TOFO_{m,t}*\\
+&-\sum_{m,j,k} CPS_{m,j,2} \cdotHCOM_{m,j,k}/1000/TOFO_{m,t}\\
-&PED_{m,j,k}*LOG(PED_{m,j,k}/PQ_k)\\
+& \cdotPED_{m,j,k} \cdot log(PED_{m,j,k}/PQ_k)\\
-&-\sum_{m,FOPOS,k} EXS_{m,FOPOS,2}/TOFO_{m,t}*\\
+&-\sum_{m,FOPOS,k} EXS_{m,FOPOS,2}/TOFO_{m,t}\\
-&PEX_{m,FOPOS,k}*LOG(PEX_{m,FOPOS,k}/PQ_k)\\
+& \cdot PEX_{m,FOPOS,k} \cdot log(PEX_{m,FOPOS,k}/PQ_k)\\
-&-\sum_{m,j,k} PFAC_{m,k}*LOG(PFAC_{m,,k}/PQ_k)*1000\\
+&-\sum_{m,j,k} PFAC_{m,k} \cdot LOG(PFAC_{m,,k}/PQ_k)\cdot 1000\\
 \end{split}
@@ Line 770: / Line 770: @@
 \begin{equation}
-DCP_{m,j} = \sum_{k\forall_{m,j}(CP.L_{m,j}\ge 0\wedge HCOM_{m,j,i}\ge 0 \wedge DCPS_{m,j,2}\ge 0)} PED_{m,j,k}*DCPS_{m,j,k}
+DCP_{m,j} = \sum_{k\forall_{m,j}(CP.L_{m,j}\ge 0\wedge HCOM_{m,j,i}\ge 0 \wedge DCPS_{m,j,2}\ge 0)} PED_{m,j,k} \cdot DCPS_{m,j,k}
 \end{equation}
@@ Line 782: / Line 782: @@
 \begin{equation}
-CP_{m,j} = \sum_{k\forall_{m,j}(CP.L_{m,j}\ge 0\wedge HCOM_{m,j,i}\ge 0)} PE_{m,j,k}*CPS_{m,j,k}
+CP_{m,j} = \sum_{k\forall_{m,j}(CP.L_{m,j}\ge 0\wedge HCOM_{m,j,i}\ge 0)} PE_{m,j,k} \cdot CPS_{m,j,k}
 \end{equation}
@@ Line 788: / Line 788: @@
 \begin{equation}
-EX_{m,FOPOS} = \sum_{k\forall_{m,j}(EX_{m,FOPOS}\ge 0)} PEX_{m,FOPOS,k}*EXS_{m,FOPOS,k}
+EX_{m,FOPOS} = \sum_{k\forall_{m,j}(EX_{m,FOPOS}\ge 0)} PEX_{m,FOPOS,k} \cdot EXS_{m,FOPOS,k}
 \end{equation}
@@ Line 794: / Line 794: @@
 \begin{equation}
-TOFAC_m=\sum_{k\forall_{m}(TOFAC.LO_m\ge TOFAC.UP_m)} PFAC_{m,k}*TOFACS_m
+TOFAC_m=\sum_{k\forall_{m}(TOFAC.LO_m\ge TOFAC.UP_m)} PFAC_{m,k} \cdot TOFACS_m
 \end{equation}
@@ Line 800: / Line 800: @@
 \begin{equation}
-\sum_{FOPOS} EX_{m,FOPOS}=TOFO_{m,t}*TOFAC_{m,k}
+\sum_{FOPOS} EX_{m,FOPOS}=TOFO_{m,t} \cdot TOFAC_{m,k}
 \end{equation}
@@ Line 806: / Line 806: @@
 \begin{equation}
-EX_{m,FOPOS}=\sum_{j\forall_{m,FOPOS}(j\in FOPOS\wedge HCOM_{m,j} \ge 0)}CP_{m,j}*HCOM_{m,j}/1000
+EX_{m,FOPOS}=\sum_{j\forall_{m,FOPOS}(j\in FOPOS\wedge HCOM_{m,j} \ge 0)}CP_{m,j} \cdot HCOM_{m,j}/1000
 \end{equation}