A central signal segregation station, comprising: a signal acquisition controller structurally configured to receive a plurality of different types of physiological signals from a plurality of unknown physiological sensors, wherein the unknown physiological sensors comprise mobile and immobile physiological sensors excluding source identifying information within a communication protocol implemented by the physiological sensors (10; 20; 30; 40; 50; 60; 70; 80); and a signal segregation controller in communication with the signal acquisition controller, characterized in that: responsive to the signal acquisition controller receiving the plurality of different physiological signals, the signal segregation controller is structurally configured to control an identification of a particular type of each physiological signal based on distinct signal features of each physiological signal corresponding to a particular physiological signal model among a plurality of physiological signal models derived from known types of physiological sensors, wherein the physiological signal models comprise models for estimating and provide for an estimation of a probability of a particular type of a physiological signal based on one or more signal features of the physiological signal, wherein the signal features comprise distinctive features of the physiological signal facilitating an identification of the physiological signal, and wherein the signal segregation controller is further structurally configured to determine a similarity measurement of each physiological signal to each physiological signal model, wherein the physiological signal is deemed to correspond to the physiological signal model providing the higher similarity measurement. a signal acquisition controller structurally configured to receive a plurality of different types of physiological signals from a plurality of unknown physiological sensors, wherein the unknown physiological sensors comprise mobile and immobile physiological sensors excluding source identifying information within a communication protocol implemented by the physiological sensors (10; 20; 30; 40; 50; 60; 70; 80); and a signal segregation controller in communication with the signal acquisition controller, characterized in that: responsive to the signal acquisition controller receiving the plurality of different physiological signals, the signal segregation controller is structurally configured to control an identification of a particular type of each physiological signal based on distinct signal features of each physiological signal corresponding to a particular physiological signal model among a plurality of physiological signal models derived from known types of physiological sensors, wherein the physiological signal models comprise models for estimating and provide for an estimation of a probability of a particular type of a physiological signal based on one or more signal features of the physiological signal, wherein the signal features comprise distinctive features of the physiological signal facilitating an identification of the physiological signal, and wherein the signal segregation controller is further structurally configured to determine a similarity measurement of each physiological signal to each physiological signal model, wherein the physiological signal is deemed to correspond to the physiological signal model providing the higher similarity measurement. responsive to the signal acquisition controller receiving the plurality of different physiological signals, the signal segregation controller is structurally configured to control an identification of a particular type of each physiological signal based on distinct signal features of each physiological signal corresponding to a particular physiological signal model among a plurality of physiological signal models derived from known types of physiological sensors, wherein the physiological signal models comprise models for estimating and provide for an estimation of a probability of a particular type of a physiological signal based on one or more signal features of the physiological signal, wherein the signal features comprise distinctive features of the physiological signal facilitating an identification of the physiological signal, and wherein the signal segregation controller is further structurally configured to determine a similarity measurement of each physiological signal to each physiological signal model, wherein the physiological signal is deemed to correspond to the physiological signal model providing the higher similarity measurement.