This paper presents the development of a biologically inspired generalized conceptual
framework for the detection, identification, evaluation, and accommodation of aircraft …

Failures, malfunctions, and damage affecting aircraft subsystems, as well as general
environmental and dynamic upset conditions, have been consistently identified as the …

In this paper, two approaches are proposed and compared for the detection and
identification of aircraft subsystem failures based on the artificial immune system paradigm …

View Video Presentation: https://doi. org/10.2514/6.2023-1659. vid In this paper, a novel
approach to the identification phase of the artificial immune system paradigm is proposed …

View Video Presentation: https://doi. org/10.2514/6.2023-1661. vid An alternative clustering
approach, the partition of the universe approach, has been implemented for use in the …

View Video Presentation: https://doi. org/10.2514/6.2023-1662. vid A general framework
established for the evaluation of abnormal conditions is applied to generating an artificial …

Purpose This paper aims to describe the design, development and flight-simulation testing
of an artificial immune-system-based approach for accommodation of different aircraft sub …

Within an immunity-based architecture for aircraft fault detection, identification and
evaluation, a structured, non-self approach has been designed and implemented to classify …

Successful fault-tolerant control strategies often require vital tools that can accurately detect
the failure, identify its root cause, and evaluate its nature and severity. Most of the existing …

This paper presents the development of a biologically-inspired methodology for flight
envelope prediction at post failure conditions. The flight envelope is understood in its most …