This Paper proposes a two-step binary linear programming formulation for task scheduling
of a constellation of low-Earth-orbit satellites and demonstrates its applicability and …

Through the allocation of multi-antenna time blocks to spacecrafts, the data relay satellite
network (DRSN) is capable of providing data relay within their visible intervals (ie, time …

The purpose of this paper is to provide a new scheduling model of a large constellation of
imaging satellites that does not use a heuristic solving method. The objective is to create a …

Current work in object categorization discriminates among objects that typically possess
gross differences which are readily apparent. However, many applications require making …

Fault-tolerance plays an important role in improving the reliability of multiple earth-observing
satellites, especially in emergent scenarios such as obtaining photographs on battlefields or …

This paper addresses observation task scheduling of a heterogeneous satellite constellation
in low-Earth-orbits. The goal of scheduling is to find a sequence and times for observing the …

This paper proposes a Deadline Based Resource Balancing (DBRB) task allocation
algorithm for heterogeneous LEO small satellite networks, in which each satellite is …

Dynamic scheduling is an important method to maintain imaging satellite system stability
and obtain maximum profits under uncertainties. To understand and grasp key issues of …

Fault-tolerant scheduling is an efficient approach to improving the reliability of multiple earth-
observing satellites especially in some emergent scenarios such as obtaining photographs …

In Model-Based System Engineering implement of validation method is important for the
system architecture design phase. In general, the analysis method for multiple systems …