Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Indoor positioning through signal fingerprinting is a popular choice since it requires little or no additional infrastructure. Hover, the initial creation and subsequent maintenance of the signal maps remains a challenge since traditional manual surveying is not scalable. In this work  look at the use of path surveys, which attempt to construct the signal maps from a sparse set of fingerprints collected while a person walks through a space. As such, the survey points rarely provide a uniform coverage of the space of interest.  quantitatively evaluate path surveys with reference to a detailed manual survey using smartphone-grade equipment.  compare both the individual maps (generated using Gaussian Process regression) and their collective positioning performance. Our results are for both WiFi and Bluetooth Low Energy signals.  show that a path survey can provide maps of equivalent quality to a manual survey if a series of guidelines  provide are follod.
['Chao Gao', 'Robert K. Harle']
I am writing a research paper on a idea Easing the survey burden: Quantitative assessment of low-cost signal surveys for indoor positioning
[{"from": "human", "value": "I am writing a research paper on a idea Easing the survey burden: Quantitative assessment of low-cost signal surveys for indoor positioning"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Indoor positioning through signal fingerprinting is a popular choice since it requires little or no additional infrastructure. Hover, the initial creation and subsequent maintenance of the signal maps remains a challenge since traditional manual surveying is not scalable. In this work  look at the use of path surveys, which attempt to construct the signal maps from a sparse set of fingerprints collected while a person walks through a space. As such, the survey points rarely provide a uniform coverage of the space of interest.  quantitatively evaluate path surveys with reference to a detailed manual survey using smartphone-grade equipment.  compare both the individual maps (generated using Gaussian Process regression) and their collective positioning performance. Our results are for both WiFi and Bluetooth Low Energy signals.  show that a path survey can provide maps of equivalent quality to a manual survey if a series of guidelines  provide are follod."}]