With mounting global network connectivity, the issue of intrusion has achieved importance, promoting active research on efficient Intrusion Detection Systems (IDS). Artificial Immune System (AIS) is a new bio-inspired model which is applied for solving various problems in the field of information security. Because of its unique features, (self-learning, self-adaptation and selfimprovement), AIS...

In this work, the aerodynamic and structural design of fairing for vehicles was carried out. The Rankine half body theory, which is one theories being used aircraft gas turbine engine inlets turboprop nose cones adopted design. glass fabric composite materials were performed by analyzing loads. Structural analysis based on results to investigate safety. manufactured applying resin transfer mold...

Paul Detrick The NEO PI-R is one of a group of closely-related objective assessment instruments (NEO Inventories) designed to measure the Five-Factor Model (FFM) of personality (Digman, 1990; McCrae & John, 1992). The FFM has received widespread acceptance as a valid descriptor of normal personality (Mount & Barrick, 1998), as well as an organizing framework for the prediction of job performanc...

The engine mount transmission force can be used as an important basis to evaluate the vibration isolation performance of mounting system. However, there is a lack testing equipment and methods for force. sensor test method studied. finite element model established analyze arrangement position sensor. developed based on resistance strain gauge. arranged in middle intermediate bolt. system at sam...

The development of smart bearing solutions will contribute to increased aircraft engine reliability, through robust health monitoring. This project aims to develop intelligent bearing systems for an Ultra High Propulsion Efficiency (UHPE) ground test demonstrator, where a fully integrated self-powered wireless sensing system will be developed for future aircraft. This paper provides a comprehen...

The mounting increase in the technological complexity of modern engineering systems requires compound uncertainty quantification, from a quantitative and qualitative perspective. This paper presents Compound Uncertainty Quantification Aggregation (CUQA) framework to determine outputs along with determination greatest contribution via global sensitivity analysis. was validated two case studies: ...