We study the problem of determining the masses of a set of weights, given one standard weight, based on comparing two disjoint subsets of those weights with approximately equal mass. The question is how to choose a weighing scheme, i.e., different pairs of subsets, such that the masses can be determined as accurately as possible within a given number of measurements. In this paper we discuss a new way of using the so-called STS method of comparing two approximately equal masses, and we will give optimal weighing schemes which turn out to outperform schemes that are currently used by national metrology institutes.
The report in hand deals with mass determination of high accuracy (relative uncertainty <1.10&quo...
summary:In this paper we develop the theory of spring balance weighing designs with non-positive cor...
The National Prototype (NP) of the Kilogram (No.57) is being maintained in NPL since 1957. The trace...
Volume is an input quantity in the measurement model for the mass of a body, say, a mass standard. T...
In the research a possibility was studied how to reduce a number of repetitions of measurements when...
Calibrating weight sets creates some unique challenges to the metrologist. Performance and reliabili...
<p>The comparison of the real weights and the weights estimated from different methods.</p
AbstractWe provide a worst-case optimal procedure to identify one unknown heavy coin among N identic...
Abstract: It is difficult to weigh the light objects by weighing balance accurately when measured in...
High-precision mass measurement equipment is needed in some areas of science and technology. Physics...
<p>In the paper, some issues concerned with the determining spring balance weighing designs satisfyi...
summary:The paper studies the estimation problem of individual weights of objects using a chemical b...
The present research deals with selected multi-criteria methods identified according to available li...
<p>The comparison of objective weights using entropy method, standard deviation method, and CRITIC, ...
Mass comparators are high-end mechatronic devices used to determine mass of the object with the high...
The report in hand deals with mass determination of high accuracy (relative uncertainty <1.10&quo...
summary:In this paper we develop the theory of spring balance weighing designs with non-positive cor...
The National Prototype (NP) of the Kilogram (No.57) is being maintained in NPL since 1957. The trace...
Volume is an input quantity in the measurement model for the mass of a body, say, a mass standard. T...
In the research a possibility was studied how to reduce a number of repetitions of measurements when...
Calibrating weight sets creates some unique challenges to the metrologist. Performance and reliabili...
<p>The comparison of the real weights and the weights estimated from different methods.</p
AbstractWe provide a worst-case optimal procedure to identify one unknown heavy coin among N identic...
Abstract: It is difficult to weigh the light objects by weighing balance accurately when measured in...
High-precision mass measurement equipment is needed in some areas of science and technology. Physics...
<p>In the paper, some issues concerned with the determining spring balance weighing designs satisfyi...
summary:The paper studies the estimation problem of individual weights of objects using a chemical b...
The present research deals with selected multi-criteria methods identified according to available li...
<p>The comparison of objective weights using entropy method, standard deviation method, and CRITIC, ...
Mass comparators are high-end mechatronic devices used to determine mass of the object with the high...
The report in hand deals with mass determination of high accuracy (relative uncertainty <1.10&quo...
summary:In this paper we develop the theory of spring balance weighing designs with non-positive cor...
The National Prototype (NP) of the Kilogram (No.57) is being maintained in NPL since 1957. The trace...