CubeSats have been popular for space research due to lower cost, faster development, and
easier deployment. The electrical power system (EPS) is one of the significant subsystems …

This article presents a general review of the existing methods for balancing satellite
simulators. The mathematical modeling for the kinematics and the dynamics of the satellite …

This paper describes the automatic balancing and inertia identification system for three
degrees of freedom CubeSat attitude simulator testbed. For a reliable verification of the …

CubeSats are becoming increasingly popular in the scientific community. While they provide
a whole new range of opportunities for space exploration, they also come with their own …

This paper considers the problem of determining agent positions from which to perform a
multi-agent inspection of an unknown RSO (resident space object) that is freely tumbling …

A cube satellite (CubeSat) is an evolving and emerging technology that gives a novice or
advanced researcher relatively affordable access to space research experiments and …

This work presents the design and performance analysis of attitude determination algorithms
for CubeSats that fuse rate gyros with a single vector measurement using a sensor set …

This thesis examines CubeSat attitude determination using the Earth's magnetic field (EMF)
vector aiding a low-cost IMU. CubeSats provide relatively cost-effective methods of …

This paper proposes a baseline constrained PPP method to enhance the performance. The
approach is based on constrained Kalman filter, and applied to BeiDou PPP in static …

CUBESATS have gained popularity due to their small size, low cost, and relative simplicity.
CubeSats are deployed as 10 cm cubic blocks of up to 1.33 kg each, which can be …