NECR measurements are already widely accepted and used as means of comparing data acquisition performance between different PET systems.
This is illustrated using a computer simulation which indicates that real-time data acquisition performance can be improved through a reduction in the number of transducers employed, and further has the potential to allow multiple transducers to transmit simultaneously.
The proper design of system components such as AnalysisModules (image processing) and TimeGroupModules (relevant for data acquisition performance) is essential to reduce image data before transmission to the archive.
In [16, 17], using supervisory control and data acquisition (SCADA) performance and two-way communication architecture in distribution systems, real-time var control algorithms are introduced to coordinately control the switched shunt capacitors, so that system losses are minimized and admissible voltage profiles are maintained.
Ease of data acquisition and performance characteristics of each of the three markers are further examined and discussed in [ 47], as well as below.
12 The advancement of real-time data acquisition from performance-based outcome measures including accelerometers, and the doubly labelled water (DLW) technique, are now considered the most accurate methods for determining energy expenditure; as PA is defined as energy expended above the metabolic rate, these methods are considered the gold standard for assessing PA.
Data acquisition was performed with a high-performance flow cytometer, a BDBioscience FACSCanto II, which can analyze with high resolution up to eight different fluorescent markers from a large number of events and we used the flow cytometry software Infinicyt 1.5 (Cytognos) for the analysis.
Hierarchical data acquisition methodology and performance macro-observation are according to the IEC 61724 standard.
The first phase of the investigation involved testing of the reactor components, its parametric probes and the automated data acquisition system for performance as designed.
Each modality presents its unique characteristics and its intrinsic limitations, and there are differences in their ionising or non-ionising nature, sensitivity, resolution, complexity, time of data acquisition, physical principles, performance conditions, provided information and of course the financial costs.
The detector design, performance, data acquisition and processing are described.
