A Short Note on Analyzing Sequence Complexity in Trajectory Prediction Benchmarks
2020,
Hug, Ronny,
Becker, Stefan,
Hübner, Wolfgang,
Arens, Michael
The analysis and quantification of sequence complexity is an open problem frequently encountered when defining trajectory prediction benchmarks. In order to enable a more informative assembly of a data basis, an approach for determining a dataset representation in terms of a small set of distinguishable prototypical sub-sequences is proposed. The approach employs a sequence alignment followed by a learning vector quantization (LVQ) stage. A first proof of concept on synthetically generated and real-world datasets shows the viability of the approach.
