Abstract: When we have only interval ranges of sample values, what is the interval of possible values for the variance of these values? There are quadratic time algorithms for computing the exact lower bound on the variance of interval data, and for computing under reasonable easily verifiable conditions. The problem is that in real life, we often make additional measurements. In traditional statistics, if we have a new measurement result, we can modify the value of variance in constant time. In contrast, previously known algorithms for processing interval data required that, once a new data point is added, we start from th
When we have only interval ranges [xi-,xi+] of sample values x1,...,xn, what is the interval [V-,V+]...
Traditional statistical analysis starts with computing the basic statisti- cal characteristics such ...
Traditional statistical analysis starts with computing the basic statisti- cal characteristics such ...
When we have only interval ranges [xi] of sample values x1,...,xn, what is the interval [V] of possi...
Abstract: When we have only interval ranges ¡ ¢¤ £ ¡ ¢¦¥ of sample, what is the interval � £ ...
We provide a feasible (quadratic time) algorithm for computing the lower bound on the sample varianc...
We provide a feasible (quadratic time) algorithm for computing the lower bound on the sample varianc...
We provide a feasible (quadratic time) algorithm for computing the lower bound V on the sample varia...
It is known that in general, statistical analysis of interval data is an NP-hard problem: even compu...
When we have only interval ranges [xi-,xi+] of sample values x1,...,xn, what is the interval [V-,V+]...
In many areas of science and engineering, it is desirable to estimate statistical characteristics (m...
When we have n results x1,...,xn of repeated measurement of the same quantity, the traditional stati...
When we have n results x1,..., xn of repeated measurement of the same quantity, traditional statisti...
When we have only interval ranges [x i ; x i ] of sample values x 1 ; : : : ; xn , what is the inte...
In many areas of science and engineering, it is desirable to estimate statistical characteristics (m...
When we have only interval ranges [xi-,xi+] of sample values x1,...,xn, what is the interval [V-,V+]...
Traditional statistical analysis starts with computing the basic statisti- cal characteristics such ...
Traditional statistical analysis starts with computing the basic statisti- cal characteristics such ...
When we have only interval ranges [xi] of sample values x1,...,xn, what is the interval [V] of possi...
Abstract: When we have only interval ranges ¡ ¢¤ £ ¡ ¢¦¥ of sample, what is the interval � £ ...
We provide a feasible (quadratic time) algorithm for computing the lower bound on the sample varianc...
We provide a feasible (quadratic time) algorithm for computing the lower bound on the sample varianc...
We provide a feasible (quadratic time) algorithm for computing the lower bound V on the sample varia...
It is known that in general, statistical analysis of interval data is an NP-hard problem: even compu...
When we have only interval ranges [xi-,xi+] of sample values x1,...,xn, what is the interval [V-,V+]...
In many areas of science and engineering, it is desirable to estimate statistical characteristics (m...
When we have n results x1,...,xn of repeated measurement of the same quantity, the traditional stati...
When we have n results x1,..., xn of repeated measurement of the same quantity, traditional statisti...
When we have only interval ranges [x i ; x i ] of sample values x 1 ; : : : ; xn , what is the inte...
In many areas of science and engineering, it is desirable to estimate statistical characteristics (m...
When we have only interval ranges [xi-,xi+] of sample values x1,...,xn, what is the interval [V-,V+]...
Traditional statistical analysis starts with computing the basic statisti- cal characteristics such ...
Traditional statistical analysis starts with computing the basic statisti- cal characteristics such ...