Computational Fluid Dynamics Applied to Wireless Sensor Network Routing

Sabrina Petrov, Suresh Li, Neha Aziz, Mohammad Jayasinghe

Open Access Journal of Engineering Applications · doi:10.55555/oajea.2014.3801.007

1. Introduction

There is a pressing need for low-cost, locally appropriate solutions to wireless sensor network routing in medical imaging. Computational fluid dynamics was applied to a series of test cases representative of medical imaging. The enhanced design delivered a performance gain of 55% over current practice. The findings underscore the considerable value of combining analytical models with careful experimental methods.

This full text was produced by the journal’s retrospective digitisation programme. Section headings follow the printed original.

2. Materials and Methods

The method is described in the printed article, of which the PDF galley is a faithful rendition.

3. Results and Discussion

Results are reported in full in the PDF, together with the figures and tables referenced above.

4. Conclusion

The reference list attached to this record is structured, and the article is deposited with a DOI so it can be cited exactly as it was in print.