...
- Unconstrained matching
- Constrained matching:
- Match the value of the initial raterate
LaTeX Math Inline |
---|
body | --uriencoded--q%5e*(t=0) = q_0 |
---|
|
- Match the value of the current rate
LaTeX Math Inline |
---|
body | --uriencoded--q%5e*(t=t_N) = q_N |
---|
|
- Match the value of the current cumulative
LaTeX Math Inline |
---|
body | --uriencoded--Q%5e*(t=t_N) = Q_N |
---|
|
- Match the value of the current rate and cumulative
LaTeX Math Inline |
---|
body | --uriencoded--q%5e*(t=t_N) = q_N |
---|
|
, LaTeX Math Inline |
---|
body | --uriencoded--Q%5e*(t=t_N) = Q_N |
---|
|
To ensure the smooth transition from historical data
LaTeX Math Inline |
---|
body | [(t_1,q_1)... (t_N, q_N)] |
---|
|
to the production forecasts in future time moments
LaTeX Math Inline |
---|
body | --uriencoded--[(t_%7BN+1%7D,q_%7BN+1%7D), ...] |
---|
|
one may wish to constrain the model by firm matching the production at the last historical moment
which leads to the following form of
Arp's model:
...