Interpreting Territory and Power

Interpreting Power Anisotropy Measurements in Plasma Turbulence

A relationship between power anisotropy and wavevector anisotropy in turbulent fluctuations is derived. This can be used to interpret plasma turbulence measurements, for example in the solar wind. If fluctuations are anisotropic in shape then the ion gyroscale break point in spectra in the directions parallel and perpendicular to the magnetic field would not occur at the same frequency, and sim...

High-power GaN HEMTs battle for vacuum-tube territory

The market for millimeter-wave power amplifiers includes applications in military, commercial and consumer sectors. The armed forces use the devices in transmitters for the detection of small targets and target imaging, in radar equipment, communications and smart weapons systems. In the commercial sector the amplifiers are widely used in high-data-rate communication systems such as digital rad...

Interpreting Fuzzy Models The Discriminative Power of Input Features

An important part of the interpretation of a decision process lies on the ascertainment of the in uence of the input features, that is, of how much the implemented model relies on a given input feature to perform the desired task. Recently data analysis techniques based on fuzzy logic have gained attention because of their interpretability. Many real-world applications, however, have very high ...

ERP Implementation in Portugal: Interpreting Dimensions of Power

We use the dimensions of power framework (Hardy and Leiba-O'Sullivan 1998) to study an ERP implementation in a Portuguese small/medium sized enterprise (SME). In this study, we found that while the ERP implementation coincided with a great shift of power within the firm, it should not be considered the main driver of the episodic power shift. Instead, the ERP can be seen as a tool chosen and us...

Consent, Contract and Territory