Add to ORKGSummary: It is explained that the theory of errors is the application of the statistical method to the entire process of measuring physical magnitudes. In particular, the present--day experimental design and exploratory data analysis can be considered as a branch of the error theory
This paper introduces two basic concepts in statistics: (i) descriptive statistics and (ii) inferent...
The traditional measurement theory interprets the variance as the dispersion of a measured value, wh...
Experimental designs involving the randomization of cases to treatment and control groups are powerf...
Excerpts from the article: Some of the recent advances in probability and mathematical statistics t...
I. The law of causality.--II. Laws of errors.--III. Tabular arrangements.--IV. Curves of errors.--V....
This booklet was written to give an idea about how errors propagate in physical measurements. For th...
Error is the lack of ability in explaining empirical phenomena. It can be classified in many ways,de...
This introductory textbook explains the concepts and methods of data and error analysis needed for l...
This article pertains to the theoretical and practical detriments of measurement error in traditiona...
Abstract: The process of error recognition is explored first in statistics, and then in science. The...
In spite of endless discussions about uncertainties the debate about errors is less animated. It mak...
This article presents reflections on the errors that arise in the process of conducting experiments ...
The article discusses the process of studying the systematic errors together with elementary physics...
Classical physics was based upon the assumption that experimental errors were just accidental and sh...
The knowledge we have of the physical world is obtained by doing experiments and making measurements...
This paper introduces two basic concepts in statistics: (i) descriptive statistics and (ii) inferent...
The traditional measurement theory interprets the variance as the dispersion of a measured value, wh...
Experimental designs involving the randomization of cases to treatment and control groups are powerf...
Excerpts from the article: Some of the recent advances in probability and mathematical statistics t...
I. The law of causality.--II. Laws of errors.--III. Tabular arrangements.--IV. Curves of errors.--V....
This booklet was written to give an idea about how errors propagate in physical measurements. For th...
Error is the lack of ability in explaining empirical phenomena. It can be classified in many ways,de...
This introductory textbook explains the concepts and methods of data and error analysis needed for l...
This article pertains to the theoretical and practical detriments of measurement error in traditiona...
Abstract: The process of error recognition is explored first in statistics, and then in science. The...
In spite of endless discussions about uncertainties the debate about errors is less animated. It mak...
This article presents reflections on the errors that arise in the process of conducting experiments ...
The article discusses the process of studying the systematic errors together with elementary physics...
Classical physics was based upon the assumption that experimental errors were just accidental and sh...
The knowledge we have of the physical world is obtained by doing experiments and making measurements...
This paper introduces two basic concepts in statistics: (i) descriptive statistics and (ii) inferent...
The traditional measurement theory interprets the variance as the dispersion of a measured value, wh...
Experimental designs involving the randomization of cases to treatment and control groups are powerf...