Interest in data fusion techniques have been growing in recent years due to the belief that a single NDE measurement may often be inadequate for providing sufficient information about the state of a test specimen. A variety of data fusion approaches have been proposed for combining results obtained by different methods, as well as different sensors, to provide comprehensive information about the material under test [1–4]. Techniques proposed to date range from blind superposition to approaches that involve the use of statistical and AI methods [5–7]
Eddy current nondestructive evaluation (NDE) is one of the most important NDE techniques. Due to its...
We present recent work on a dual probe system containing electromagnetic acoustic transducers (EMATs...
Measuring the eddy currents in a material induced by an exciting field can provide useful informatio...
Interest in data fusion techniques have been growing in recent years due to the belief that a single...
The concept of data fusion has received significant attention recently. Work in the field has been m...
The subject of data fusion utilizing heterogeneous sensors has received significant attention in rec...
The challenge of meeting the increasingly sophisticated industrial inspection needs has led to the d...
Data fusion techniques are beginning to attract considerable attention. In the NDE context, such tec...
In NDT it is important to have a high probability of detection and reliable sizing of defects in a s...
The objective of most data fusion algorithms is to combine information made available by various sen...
In order to improve the detection/characterization of defects, information from different non-destru...
Normally non-destuctive testing aims at applications, where according to given standards of customer...
Recent advances in instrumentation and signal processing allow the acquisition of eddy current NDE s...
Non destructive testing (NDT) of some components (of complex shapes for example) requires often the ...
For most nondestructive inspections, quantitative evaluations have to be performed to correlate the ...
Eddy current nondestructive evaluation (NDE) is one of the most important NDE techniques. Due to its...
We present recent work on a dual probe system containing electromagnetic acoustic transducers (EMATs...
Measuring the eddy currents in a material induced by an exciting field can provide useful informatio...
Interest in data fusion techniques have been growing in recent years due to the belief that a single...
The concept of data fusion has received significant attention recently. Work in the field has been m...
The subject of data fusion utilizing heterogeneous sensors has received significant attention in rec...
The challenge of meeting the increasingly sophisticated industrial inspection needs has led to the d...
Data fusion techniques are beginning to attract considerable attention. In the NDE context, such tec...
In NDT it is important to have a high probability of detection and reliable sizing of defects in a s...
The objective of most data fusion algorithms is to combine information made available by various sen...
In order to improve the detection/characterization of defects, information from different non-destru...
Normally non-destuctive testing aims at applications, where according to given standards of customer...
Recent advances in instrumentation and signal processing allow the acquisition of eddy current NDE s...
Non destructive testing (NDT) of some components (of complex shapes for example) requires often the ...
For most nondestructive inspections, quantitative evaluations have to be performed to correlate the ...
Eddy current nondestructive evaluation (NDE) is one of the most important NDE techniques. Due to its...
We present recent work on a dual probe system containing electromagnetic acoustic transducers (EMATs...
Measuring the eddy currents in a material induced by an exciting field can provide useful informatio...