A Cyber-Human Interaction Based System on Mobile Phone for Indoor Localization
This addresses indoor localization for laborers without prior knowledge or extra equipment, but it appears incremental as it builds on existing CHI concepts.
The paper tackles indoor localization by proposing a Cyber-Human Interaction (CHI) system on mobile phones, where humans set objectives and make decisions while the cyber component provides suggestions and heuristics, resulting in reduced time and expense costs for laborers.
In this article, we study the Cyber-Human Interaction (CHI) based approach that the "Human" part sets a list of location-based objectives and makes the pathway decision whereas the "Cyber" part provides the pathway suggestion, infer heuristics from the environment along the pathway and incrementally resolve the location-based objectives with new heuristics for indoor localization. For this study, we implement a CHI-based system on mobile phone. The CHI-based system offers the pathway suggestion and the solution of the location-based objectives based on its trajectory management. Without any priori knowledge on the area of interest and any aid from other equipments, a laborer can achieve his location-based objectives by walking through the area of interest and simultaneously online interacting with the CHI-based system installed in his phone. In evaluation, we conduct the experiments and show the advantage CHI in reducing the time cost and the expense cost for the laborer.