TY - JOUR T1 - Computerised texture image analysis of biocrystallisation images A1 - Andersen, Jens-Otto JA - Elem. d. Naturw. JF - Elemente der Naturwissenschaft PY - 2006 VL - 85 SP - 111 EP - 111 DO - 10.18756/edn.85.111 SN - p-ISSN 0422-9630 LA - en N2 -

The five main conclusions of my investigations were:

1) So far several studies using computerised image analysis have been published, which were able to discriminate in a relevant manner between specific samples.

2) The approaches can be divided into textural and more structural approaches.

3) In some studies results were improved when introducing more structural elements into a textural approach.

4) Due to the structural character of a biocrystallisation picture we may expect that ultimately a structural approach will be most succesful.

5) We may not expect that image analysis will be able to reflect the ‘Gestalt’ level of the samples, and is only a helpful tool in combination with visual evaluation.
 

N1 -

The five main conclusions of my investigations were:

1) So far several studies using computerised image analysis have been published, which were able to discriminate in a relevant manner between specific samples.

2) The approaches can be divided into textural and more structural approaches.

3) In some studies results were improved when introducing more structural elements into a textural approach.

4) Due to the structural character of a biocrystallisation picture we may expect that ultimately a structural approach will be most succesful.

5) We may not expect that image analysis will be able to reflect the ‘Gestalt’ level of the samples, and is only a helpful tool in combination with visual evaluation.
 

AB -

The five main conclusions of my investigations were:

1) So far several studies using computerised image analysis have been published, which were able to discriminate in a relevant manner between specific samples.

2) The approaches can be divided into textural and more structural approaches.

3) In some studies results were improved when introducing more structural elements into a textural approach.

4) Due to the structural character of a biocrystallisation picture we may expect that ultimately a structural approach will be most succesful.

5) We may not expect that image analysis will be able to reflect the ‘Gestalt’ level of the samples, and is only a helpful tool in combination with visual evaluation.
 

ST - Computerised texture image analysis of biocrystallisation images UR - https://dx.doi.org/10.18756/edn.85.111 Y2 - 2024-03-28 01:10:44 ER -