Measuring and interpreting problems

Measuring Employee Engagement and Interpreting Survey Results

Measuring and Interpreting the Structure of Grain-Boundary Networks

Recently developed techniques to measure the structure of interfacial networks in three dimensions have the potential to revolutionize our ability to control the microstructures of polycrystals and interface-dominated materials properties. This paper reviews recent findings from twoand three-dimensional orientation mapping studies. The observations confirm a strong inverse correlation between t...

NeRoSim: A System for Measuring and Interpreting Semantic Textual Similarity

We present in this paper our system developed for SemEval 2015 Shared Task 2 (2a English Semantic Textual Similarity, STS, and 2c Interpretable Similarity) and the results of the submitted runs. For the English STS subtask, we used regression models combining a wide array of features including semantic similarity scores obtained from various methods. One of our runs achieved weighted mean corre...

Measuring and interpreting the lifetime of silicon wafers

The carrier lifetime is the most important electronic property of semiconductor materials for solar cells. In this paper we discuss traditional and novel methods for its experimental determination. Among the latter, the Quasi-steady-state photoconductance is particularly powerful since it permits measuring the injection level dependence of the lifetime. The analysis and interpretation of this d...

Interpreting Ambiguous Social Situations in Social Anxiety: Application of Computerized Task Measuring Interpretation Bias

Background and Aims: The interpretation bias which is an important factor in the pathology of social anxiety disorder, has been recently considered in therapeutic approaches. Given the importance of interpretation bias in the treatment of social anxiety, and despite the ambiguity in the relationship between social anxiety and interpretation bias, we compared the interpretation bias in individua...