Analytic Solution to Optimal Reconfigurations of Satellite Formation Flying in Circular Orbit under <img src= /images/tex/20416.gif alt= J_2 > Perturbation


This paper presents an analytic resolution to the optimal reconfiguration drawback of satellite formation flying in $J_two$ orbital perturbation. Continuous and variable low-thrust accelerations are represented by the Fourier series, and initial and final boundary conditions are used to determine the constraints on the thrust functions. The thrust functions are implemented by optimal Fourier coefficients that minimize the price during the maneuver. The analytic solution composed of these Fourier coefficients are simply represented during a closed form, and no approximation is needed. Numerical simulations are conducted to visualize and compare the results obtained in this paper with those of previous papers with no perturbations. The analytic solution developed in this paper is a lot of correct in that the general behavior of the optimal management history and reconfiguration trajectories are easily calculated even within the presence of the $J_2$ potential disturbance. The analytic solution is useful for designing a reconfiguration controller for satellite formation flying beneath $J_a pair of$ orbital perturbation.

Did you like this research project?

To get this research project Guidelines, Training and Code... Click Here

PROJECT TITLE :An Analytic Gabor Feedforward Network for Single-sample and Pose-invariant Face Recognition - 2018ABSTRACT:Gabor magnitude is known to be among the foremost discriminative representations for face pictures because
PROJECT TITLE :A Note on Delay Coordinates for Locally Observable Analytic SystemsABSTRACT:During this short note, the problem of regionally reconstructing the state of a nonlinear system is studied. To avoid computational difficulties
PROJECT TITLE :Analytic Performance Model for State-Based MAC Layer Cooperative Retransmission ProtocolsABSTRACT:Cooperative retransmission will significantly improve link reliability over lossy and time-varying wireless links.
PROJECT TITLE :Exploiting Heterogeneity for Improving Forwarding Performance in Mobile Opportunistic Networks: An Analytic ApproachABSTRACT:Heterogeneity arises in a very big selection of situations in mobile opportunistic networks
PROJECT TITLE :An Analytic Surface-Field-Based Quasi-Atomistic Model for Nanowire MOSFETs With Random Dopant FluctuationsABSTRACT:For the first time, an analytic surface-field-primarily based model for nanowire MOSFETs with random

Ready to Complete Your Academic MTech Project Work In Affordable Price ?

Project Enquiry