The federation of heterogeneous large astronomical databases foreseen in the framework of the AVO and NVO projects will pose unprecedented data mining and visualization problems which may find a rather natural and user friendly answer in artificial intelligence (A.I.) tools based on neural networks, fuzzy-C sets or genetic algorithms. We shortly describe some tools implemented by the AstroNeura...

This paper describes the Space Control Centres use case of the CUBIST FP7 project. It introduces the concept of telemetry and describes the format and the contents of the housekeeping telemetry of SOLAR, one of the payloads flying on board of the International Space Station (ISS). Further on, it discusses several approaches to conceptual analysis of space telemetry. It also gives an overview of...

The advancement of telemetry control for the water industry has increased the difficulty of managing large volumes of nuisance alarms (i.e., alarms that do not require a response). The aim of this study was to identify and reduce the number of nuisance alarms that occur for Northern Ireland (NI) Water by carrying out alarm duration analysis to determine the appropriate length of persistence (an...

As the complexity of computer networks increases to accommodate demand for massive connectivity and cloud services, so does probability fault occurrence surface attacks. Hence need constant monitoring network devices accurate analysis traffic patterns ensure highest performance maximum security. This requires collecting processing telemetry data from many sources in which leads extra bandwidth ...

Telemetry is a state-of-the-art method of monitoring physiological functions in awake and freely moving laboratory animals, while minimizing stress artefacts. Currently, telemetry systems are employed for measurements of blood pressure, heart rate, blood flow, electrocardiogram, respiratory rate, sympathetic nerve activity, body temperature and many other biological signals in a wide range of a...

We present a novel architecture of an ultralowpower and low-area neural signal front-end architecture for telemetry powered Brain Machine Interface (BMI) implanted microchip. Power and chip area are considered two of the most critical parameters in designing neural front ends. The proposed architecture shows better performance as compared to existing designs. The architecture consists of a prea...

The band 1 435 – 1 525 MHz is a primary band used for Aeronautical Mobile Telemetry. This noise-limited band is ideal in terms of its propagation characteristics, the maturity of technology for implementing telemetry systems, and the relatively large signal wavelengths. The latter are large enough with respect to the size of aircraft structures to minimize unwanted geometrical effects, such as ...

Introduction: The central-governor model explains the mechanism of endurance exercise-induced central fatigue, but high-intensity exercise-induced central fatigue has not been investigated yet. This study aimed to research how central fatigue during high-intensity intermittent pedaling alters the neural response, which results in electroencephalography (EEG) recordings. Methods: We assessed ne...

In this paper, a new method is proposed to optimize a multi-response optimization problem based on the Taguchi method for the processes where controllable factors are the smaller-the-better (STB)-type variables and the analyzer desires to find an optimal solution with smaller amount of controllable factors. In such processes, the overall output quality of the product should be maximized while t...