ADAPTIVE MACHINE LEARNING SYSTEM FOR AN EDGE DEVICE
An adaptive machine learning system ( 1 ) for an edge device comprises at least one sensor ( 2 ), at least one input compensation module ( 3 ) and an evaluation module ( 4 ). The sensor ( 2 ) is designed to capture input data. The input compensation module ( 3 ) is designed to modify the input data such that edge device specific artifacts of the input data are compensated. The evaluation module ( 4 ) is trained to process the modified input data and to generate output data as a result.
1 . Adaptive machine learning system ( 1 ) for an edge device, comprising:
at least one sensor ( 2 ),
at least one input compensation module ( 3 ) and
an evaluation module ( 4 ),
wherein the at least one sensor ( 2 ) is designed to capture input data,
wherein the at least one input compensation module ( 3 ) is configured to modify the input data such that edge device specific artifacts of the input data are compensated,
wherein the evaluation module ( 4 ) is trained to process the input data that has been modified and to generate output data as a result.
2 . The adaptive machine learning system ( 1 ) as claimed in claim 1 ,
wherein the at least one input compensation module ( 3 ) is configured to modify the input data such that artifacts of the input data occurring due to aging of the edge device are compensated.
3 . The adaptive machine learning system ( 1 ) as claimed in claim 1 ,
wherein the at least one input compensation module ( 3 ) is configured to modify the input data such that artifacts of the input data occurring due variations of environmental parameters are compensated.
4 . The adaptive machine learning system ( 1 ) as claimed in claim 1 ,
wherein the at least one input compensation module ( 3 ) is configured to modify the input data such that artifacts of the input data occurring due to limited resources of the edge device are compensated.
5 . The adaptive machine learning system ( 1 ) as claimed in claim 1 ,
wherein the at least one input compensation module ( 3 ) is configured to modify the input data such that sensor specific artifacts of the input data are compensated.
6 . The adaptive machine learning system ( 1 ) as claimed in claim 1 configured to operate in a controlling system ( 5 ) comprising
at least one output compensation module, ( 6 ) and
at least one actuator ( 7 ),
wherein the at least one output compensation module ( 6 ) is configured to modify the output data such that actuator specific requirements are fulfilled,
wherein the at least one actuator ( 7 ) is configured to be controllable according to the output data that has been modified.
7 . The adaptive machine learning system ( 1 ) as claimed in claim 1 configured to operate as an edge device.
8 . An adaptive machine learning based method ( 8 ) comprising:
capturing input data with a sensor ( 2 ) of an edge device,
modifying the input data such that edge device specific artifacts of the input data are compensated,
processing the input data that has been modified and generating output data as a result,
wherein processing the input data that has been modified and generating the output data is performed by a trained evaluation module ( 4 ).
9 . The adaptive machine learning based method ( 8 ) as claimed in claim 8 further comprising:
modifying the output data according to actuator specific requirements,
controlling an actuator ( 7 ) according to the output data that has been modified.