Add to ORKGAbstract. In his recent paper “Probability theory needs an infusion of fuzzy logic to enhance its ability to deal with real-world problems”, L. A. Zadeh explains that probability theory needs an infusion of fuzzy logic to enhance its ability to deal with real-world problems. In this chapter, we give an example of a real-world problem for which such an infusion is indeed successful: the problems of aircraft integrity and reliability
Unique highly reliable components are typical for aerospace industry. For such components, due to th...
Current automatic control system uses linear mathematical models to validate automatic flight contro...
AbstractIn a man-machine system, equipment reliability and human reliability are affected by many fa...
In his recent paper Probability theory needs an infusion of fuzzy logic to enhance its ability to d...
In his recent paper "Probability theory needs an infusion of fuzzy logic to enhance its ability...
In his recent paper Probability theory needs an infusion of fuzzy logic to enhance its ability to d...
The paper attempts to present the current state of knowledge in the use of fuzzy logic in order to a...
This paper is a continuation of research into the possibility of using fuzzy logic to assess the rel...
Since 1973, fuzzy logic has been rejected by a majority of linguists as a theory for dealing with va...
In our daily lives we frequently come across with circumstances that we think of certain but in fact...
This paper presents integrated algorithm for airborne system safety and reliability assessment. In g...
The paper presents the possibility of using fuzzy logic in aviation provided in an example of estima...
In many real-life applications (e.g., in aircraft maintenance), we need to estimate the probability ...
In this paper, a fuzzy logic controller (FLC) is proposed for restructurable flight control systems....
ABSTRACT In the precision instrument approach and landing of an airplane where the uncertainty is ve...
Unique highly reliable components are typical for aerospace industry. For such components, due to th...
Current automatic control system uses linear mathematical models to validate automatic flight contro...
AbstractIn a man-machine system, equipment reliability and human reliability are affected by many fa...
In his recent paper Probability theory needs an infusion of fuzzy logic to enhance its ability to d...
In his recent paper "Probability theory needs an infusion of fuzzy logic to enhance its ability...
In his recent paper Probability theory needs an infusion of fuzzy logic to enhance its ability to d...
The paper attempts to present the current state of knowledge in the use of fuzzy logic in order to a...
This paper is a continuation of research into the possibility of using fuzzy logic to assess the rel...
Since 1973, fuzzy logic has been rejected by a majority of linguists as a theory for dealing with va...
In our daily lives we frequently come across with circumstances that we think of certain but in fact...
This paper presents integrated algorithm for airborne system safety and reliability assessment. In g...
The paper presents the possibility of using fuzzy logic in aviation provided in an example of estima...
In many real-life applications (e.g., in aircraft maintenance), we need to estimate the probability ...
In this paper, a fuzzy logic controller (FLC) is proposed for restructurable flight control systems....
ABSTRACT In the precision instrument approach and landing of an airplane where the uncertainty is ve...
Unique highly reliable components are typical for aerospace industry. For such components, due to th...
Current automatic control system uses linear mathematical models to validate automatic flight contro...
AbstractIn a man-machine system, equipment reliability and human reliability are affected by many fa...