= Consider the following variation of the SIRS model: ds = -le-'S-AS dt di Ie-'S - 71 dt dR = XS +1 dt In your own words give an interpretation for what this model might represent in the real world. Find the steady states for this system and analyze their local behavior. Show that the global behavior of this system is for S and I to go to zero. In your own words interpret what the global behavior would represent in the real world. = Consider the following variation of the SIRS model: ds = -le-'S-AS dt di Ie-'S - 71 dt dR = XS +1 dt In your own words give an interpretation for what this model might represent in the real world. Find the steady states for this system and analyze their local behavior. Show that the global behavior of this system is for S and I to go to zero. In your own words interpret what the global behavior would represent in the real world