Systems and methods for monitoring and/or controlling a state of a subject during volume resuscitation are disclosed. One method includes acquiring cardiovascular data from a subject, obtaining previous volume administration information, and analyzing the cardiovascular data to determine a past time trajectory for at least one cardiovascular parameter. The method also includes determining a future state of the subject with and without additional volume administration using a statistical model, and determining, based on the future state of the subject, a likelihood that the at least one cardiovascular parameter will exceed or fall below a threshold at one or more pre-determined time points. The method further includes generating a report including a recommendation for administering an additional volume to the subject based on the determined likelihood and controlling administration of an additional fluid volume to the subject based on the report.
