Arachis hypogaea Farm Fertilization Using Huddle Hierarchy with Robustness against Nutrient Deficiency

In the proposed huddle hierarchy scheme based fertilization, farm land of Arachis hypogaea are grouped as huddle and they are
assigned with unique IDs based on hierarchical representation. This scheme uses the existing extended Euclidean algorithm for
finding the greatest common divisor (GCD) of two positive integers using their prime powers. In order to provide a restricted group
based irrigation and fertilization. There is a group controller in charge of irrigation and fertilization management. The group may share excess or surplus water and fertilization among themselves or with the group controller. The focus deals with the reduction of complexity during the watering and fertilizing process by reducing the number of multiplication operations by using the fast fourier transform (FFT) algorithm. In order to measure the robustness of the scheme against yellowing of older leaves due to nitrogen deficiency and inter-venial chlorosis of young and newly emerging leaves, mathematical analysis has been derived.