This article presents a development of a CubeSat mission software running on an STM32-
based on-board computer (OBC). This was conducted under the Canadian CubeSat Project …

This paper evaluates the efficiency and performance impact of a dual-core lockstep as a
method for fault-tolerance running on top of FreeRTOS applications. The method was …

Image processing applications exhibit an intrinsic degree of fault tolerance due to i) the
redundant nature of images, and ii) the possible ability of the consumers of the application …

Satellite systems are facing an ever-increasing amount of cybersecurity threats as their role
in communications, navigation, and other services expands. Recent papers have examined …

Current and future space missions demand highly reliable on-board computing systems,
which are capable of carrying out high-performance data processing. At present, no single …

The successful mission of CubeSat require reliable and fault-tolerant electrical power
system (EPS) that powers all the other subsystems and payloads. Several studies have …

State-of-the-art CubeSat electric power system (EPS) architectures employ multiple dc-dc
converters to regulate the load voltage and maximize the solar energy harvest. However …

The design and development of a CubeSat testing platform built from scratch is the focus of
this work. The investigation was conducted as part of the Canadian CubeSat Project (CCP) …

Multicellular system architectures are proposed as a solution to the problem of low reliability
currently seen amongst small, low cost satellites. In a multicellular architecture, a set of …

Cubesat is a type of nanosatellites used for space research due to lower cost and faster
deployment. The successful mission of Cubesats require reliable operation of electrical …