Method and system for processing spatial data
AssigneeAi4 International Oy
InventorTero Heinonen
Life of this patent
Estimating the term…
Abstract
A method for classifying a spatial data carried out by a data computing environment. The method includes: receiving a spatial data from a data source; generating a first feature from the spatial data; dividing the first feature into a first sub-feature and a second sub-feature; analysing the first sub-feature to derive a first sub-feature data; analysing the second sub-feature to derive a second sub-feature data; using the first sub-feature data and the second sub-feature data as a first input data for analysing the first feature; and analysing at least one of the first sub-feature data, the second sub-feature data, and the first feature to classify the spatial data into a plurality of object classes.
Claims17
A method for classifying a spatial data carried out by a data computing environment, comprising:
- receiving a spatial data from a data source;
- generating a first feature from the spatial data;
- dividing the first feature into a first sub-feature and a second sub-feature;
- analysing the first sub-feature to derive a first sub-feature data;
- analysing the second sub-feature to derive a second sub-feature data;
- using the first sub-feature data and the second sub-feature data as a first input data for analysing the first feature;
- and
- analysing at least one of the first sub-feature data, the second sub-feature data, and the first feature to classify the spatial data into a plurality of object classes.
A data computing environment for classifying a spatial data comprising a processor configured to:
- receive a spatial data from a data source;
- generate a first feature from the spatial data;
- divide the first feature into a first sub-feature and a second sub-feature;
- analyse the first sub-feature to derive a first sub-feature data;
- analyse the second sub-feature to derive a second sub-feature data;
- utilise the first and the second sub-feature data as a first input data for analysing the first feature;
- and
- analysing at least one of the first sub-feature data, the second sub-feature data, and the first feature to classify the spatial data into a plurality of object classes.
A data processing program for classifying a spatial data comprising instructions which, when the data processing program is executed by a data computing environment comprising a processor, cause the data computing environment to carry out steps of
- receiving, by the data computing environment, a spatial data from a data source;
- forming a first feature from the spatial data;
- dividing the first feature into a first sub-feature and a second sub-feature;
- analysing the first sub-feature to derive a first sub-feature data;
- analysing the second sub-feature to derive a second sub-feature data;
- using the first and the second sub-feature data as a first input data for analysing the first feature;
- and
- analysing at least one of the first sub-feature, the second sub-feature, and the first feature to classify the spatial data into a plurality of object classes.
Dependencies are inferred from the claim text.