… the theory of lattices. However, even though the lattice theory can be used to generate uniform
constellations … The theory presented in this work uses Keplerian unperturbed orbits. The …

… Flower Constellations (FCs) have been extensively studied for use in optimal
constellation … , have recently been reformulated into 2-D Lattice Flower Constellations (2D-LFCs), …

… 4D Lattice Flower Constellations is a new constellation design framework, based on the …
and 3D Lattice theories of Flower Constellations, that focus on the generation of constellations …

… keeping in a flower constellation by means of … 2-D–LFC, the lattice of the constellation
departs from the initial configuration. However, the theory of lattice-preserving flower constellations …

… Constellations in the optimization process are designed applying the 2-D Lattice Flower
Constellation … med tillämpning av 2D Lattice Flower Constellationmetoden och användning av …

… have the same values of \(e, i\), and \(\omega \), the values of \(\varOmega \) and \(M\) will
be determined by the lattice theory, but the semi-major axis will be slightly corrected for each …

… In this section we present the 2D Lattice Flower Constellation theory and its variant using
necklaces. These are included as a background of the 2D Necklace Flower Constellation …

… Theory of Flower Constellations has been improved with the 2-D and 3-D Lattice Flower
Constellations. … admissible location is not an optimal way to design a constellation. The necklace …

… theory was the fact that it was not clear whether the theory encompasses all the possible
configurations. These two problems were solved with the introduction of the 2-D lattice theory of …

… More precisely, within each layer we need to impose the condition d const ⩾ 2 d along + d
min , and between any two consecutive layers, at altitudes h ( 1 ) and h ( 2 ) , we need | h ( 1 ) - …