For a unit value of pv all the forwarding function Wi calculated for AMCTD using Equation (14) has range in interval [0,∞). Holding time values depending on this forwarding function would vary abruptly and would not meet the optimum delay and reduced redundant transmission requirements. In AMCTD depth threshold dth is also updated after certain percentage of deaths, but weights are independent of dth and transmission range RT of nodes. Anyhow if there comes a lower bound on Er defined as min(Er≥1) and Di defined as min(Di≥1) it causes a significant change on the upper bound of all the respective forwarding function Wi as in Table 2. Since forwarding function of AMCTD are independent of depth threshold so maximum values are same regardless of dth. Dimensional analysis of each forwarding function describes that W1 and W3 are dimensionally equivalent (=Newton) while W3 is dimensionally reciprocal of W1 and W3.