Yuhui Yao
ABSTRACT
Mobility plays an important role when analysing natural phenomenon. With regard to the electronic engineering and computer science, further understanding of mobility can inspire the better development of artificial systems and intelligent algorithms. In order to intelligently handle mobility, appropriate representation of movement behaviour is essential. As a classical mobility model, the random walk establishes a theoretical basis for analytical study. In literature, the random walk model and its variants have been mathematically analysed. However, to the best of our knowledge, no existing research has provided a path model for correlated random walks in two-dimensional Euclidean space. In this paper, the concept of on-path certainty is proposed to describe movement path and the spatial distribution of on-path certainty is experimentally solved and analysed. As a result, functional relationships of the proposed path model are revealed and discussed for further research.
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Index Terms
- Movement path modelling for node mobility handling
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