Phased-mission system (PMS) has been widely used as mission reliability model of many
engineering mission-critical systems. In practical, PMS can have time redundancy both inner …

Abstract Phased Mission Systems (PMS) have several phases with different success criteria.
Generally, traditional analytical methods need to make some assumptions when they are …

In many real-world applications, phased-mission systems (PMSs) often have time
redundancy in the form of that mission task failed in one phase can be re-executed in a …

Phased-mission systems (PMSs) have been widely used as mission reliability models for
many complex systems whose missions can be divided into several phases. In practice …

A common scenario in engineering is that of a system which operates throughout several
sequential and distinct periods of time, during which the modes and consequences of failure …

Mission success probability (MSP) is an important indicator of performance of phased
mission system (PMS), representing the ability to complete the mission successfully. Failure …

The purpose of this paper is to describe an efficient Boolean algebraic algorithm that
provides exact solution to the unreliability of a multi-phase mission system where the …

Existing methodologies for generalized phased-mission system (GPMS) are applicable
mainly to non-reparable systems. This paper proposes an analytical approach to evaluate …

Recently, the reliability of the multi-state phased mission systems (MS-PMSs) have been
widely studied, which is used in the aerospace industry. Except for the phase dependency …

In this article, an efficient method is proposed for exact reliability evaluation of a special
class of Phased-Mission Systems (PMSs) containing multiple k-out-of-n subsystems, each of …