AbstractIt is well known that interval computations are very important, both by themselves (as a method for processing data known with interval uncertainty) and as a way to process fuzzy data. In general, the problem of computing the range of a given function under interval uncertainty is computationally difcult (NP-hard). As a result, there exist different methods for estimating such a range: some methods require a longer computation time and lead to more accurate results, other methods lead to somewhat less accurate results but are much faster than the more accurate techniques. In particular, different methods exist for interval multiplication, i.e., for computin
1.1. Traditional problem of interval computations research: designing a method. Historically, in int...
One of the main problems of interval computations is to compute the range Y of the given function f(...
In many practical applications, we are interested in the values of the quantities y1, ..., ym which ...
It is well known that interval computations are very important, both by themselves (as a method for ...
International audienceThis chapter is an overview of past and present works dealing with fuzzy inter...
Traditional interval computations provide an estimate for the result y=f(x1,...,xn) of data processi...
Abstract — The purpose of this paper is to present a new characterization of the set of all interval...
In many practical problems, we need to estimate the range of a given expression f(x1, ..., xn) when ...
Interval arithmetic is a fundamental and reliable mathematical machinery for scientific computing an...
Interval arithmetic is the mathematical structure, which for real intervals defines operations analo...
In interval computations, at each intermediate stage of the computation, we have intervals of possib...
When we know for sure which values are possible and which are not, we have crisp uncertainty -- of w...
When we know for sure which values are possible and which are not, we have crisp uncertainty -- of w...
In many practical applications, we need to process data -- e.g., to predict the future values of dif...
In many real-life data processing situations, we only know the values of the inputs with interval un...
1.1. Traditional problem of interval computations research: designing a method. Historically, in int...
One of the main problems of interval computations is to compute the range Y of the given function f(...
In many practical applications, we are interested in the values of the quantities y1, ..., ym which ...
It is well known that interval computations are very important, both by themselves (as a method for ...
International audienceThis chapter is an overview of past and present works dealing with fuzzy inter...
Traditional interval computations provide an estimate for the result y=f(x1,...,xn) of data processi...
Abstract — The purpose of this paper is to present a new characterization of the set of all interval...
In many practical problems, we need to estimate the range of a given expression f(x1, ..., xn) when ...
Interval arithmetic is a fundamental and reliable mathematical machinery for scientific computing an...
Interval arithmetic is the mathematical structure, which for real intervals defines operations analo...
In interval computations, at each intermediate stage of the computation, we have intervals of possib...
When we know for sure which values are possible and which are not, we have crisp uncertainty -- of w...
When we know for sure which values are possible and which are not, we have crisp uncertainty -- of w...
In many practical applications, we need to process data -- e.g., to predict the future values of dif...
In many real-life data processing situations, we only know the values of the inputs with interval un...
1.1. Traditional problem of interval computations research: designing a method. Historically, in int...
One of the main problems of interval computations is to compute the range Y of the given function f(...
In many practical applications, we are interested in the values of the quantities y1, ..., ym which ...