A computer-implemented method, comprising: receiving (102, 112) actual distributed temperature sensing, i.e., DTS data and pressure data in response to a stimulation treatment applied to a hydrocarbon field through a well in the hydrocarbon field; building (104, 114) a pre-stimulation model that includes reservoir parameters, the pre-stimulation model generating simulated DTS and pressure data as a function of the reservoir parameters, the reservoir parameters comprising a permeability parameter and a skin parameter of the hydrocarbon field; determining (106, 116) whether a thermal match between the actual DTS and pressure data and the simulated DTS and pressure data is obtained; in response to determining that the thermal match between the actual DTS and pressure data and the simulated DTS and pressure data is not obtained: updating the reservoir parameters comprising updating the permeability parameter and the skin parameter; updating the pre-stimulation model based on the updated reservoir parameters; and re-generating the simulated DTS and pressure data based on the updated pre-stimulation model until the thermal match between the actual DTS and pressure data and the simulated DTS and pressure data is obtained; determining whether the updated permeability parameter and the updated skin parameter match a performed pressure transient analysis, i.e., PTA; and in response to determining that the updated permeability parameter and the updated skin parameter do not match the PTA updating the reservoir parameters comprising updating the updated permeability parameter and the updated skin parameter, updating the pre-stimulation model based on the updated reservoir parameters, and re-generating the simulated DTS and pressure data based on the updated pre-stimulation model until the thermal match between the actual DTS and pressure data and the simulated DTS and pressure data is obtained and the updated permeability parameter and the updated skin parameter match the PTA. receiving (102, 112) actual distributed temperature sensing, i.e., DTS data and pressure data in response to a stimulation treatment applied to a hydrocarbon field through a well in the hydrocarbon field; building (104, 114) a pre-stimulation model that includes reservoir parameters, the pre-stimulation model generating simulated DTS and pressure data as a function of the reservoir parameters, the reservoir parameters comprising a permeability parameter and a skin parameter of the hydrocarbon field; determining (106, 116) whether a thermal match between the actual DTS and pressure data and the simulated DTS and pressure data is obtained; in response to determining that the thermal match between the actual DTS and pressure data and the simulated DTS and pressure data is not obtained: updating the reservoir parameters comprising updating the permeability parameter and the skin parameter; updating the pre-stimulation model based on the updated reservoir parameters; and re-generating the simulated DTS and pressure data based on the updated pre-stimulation model until the thermal match between the actual DTS and pressure data and the simulated DTS and pressure data is obtained; determining whether the updated permeability parameter and the updated skin parameter match a performed pressure transient analysis, i.e., PTA; and in response to determining that the updated permeability parameter and the updated skin parameter do not match the PTA updating the reservoir parameters comprising updating the updated permeability parameter and the updated skin parameter, updating the pre-stimulation model based on the updated reservoir parameters, and re-generating the simulated DTS and pressure data based on the updated pre-stimulation model until the thermal match between the actual DTS and pressure data and the simulated DTS and pressure data is obtained and the updated permeability parameter and the updated skin parameter match the PTA. updating the reservoir parameters comprising updating the permeability parameter and the skin parameter; updating the pre-stimulation model based on the updated reservoir parameters; and re-generating the simulated DTS and pressure data based on the updated pre-stimulation model until the thermal match between the actual DTS and pressure data and the simulated DTS and pressure data is obtained; determining whether the updated permeability parameter and the updated skin parameter match a performed pressure transient analysis, i.e., PTA; and in response to determining that the updated permeability parameter and the updated skin parameter do not match the PTA updating the reservoir parameters comprising updating the updated permeability parameter and the updated skin parameter, updating the pre-stimulation model based on the updated reservoir parameters, and re-generating the simulated DTS and pressure data based on the updated pre-stimulation model until the thermal match between the actual DTS and pressure data and the simulated DTS and pressure data is obtained and the updated permeability parameter and the updated skin parameter match the PTA. updating the reservoir parameters comprising updating the updated permeability parameter and the updated skin parameter, updating the pre-stimulation model based on the updated reservoir parameters, and re-generating the simulated DTS and pressure data based on the updated pre-stimulation model until the thermal match between the actual DTS and pressure data and the simulated DTS and pressure data is obtained and the updated permeability parameter and the updated skin parameter match the PTA.