Received 18.07.2018, Revised 16.10.2018, Accepted 06.12.2018

Method of cartographic regions coordination cover-age on the basis of a sawtooth bidirectional scan

Alexey Azarov, Oleksandr Cherniak, Vasyl Zalizetskyi

The article introduces the latest scientific research and publications in several areas: possibilities, constraints, and services related to maps and geolocation, ways of optimally filling/covering rectangle with circles, features of work and processing signals from seismometers. Based on these data, it has been determined that Google maps allows displaying only 20 nearest objects of a certain type. However, sometimes you need to get more information for some kind of reporting, analysis or statistics. Google, in addition to ready-made applications, provides opportunities and services for maps and geolocation. Google services are equipped with well-documented, APIaccessible for developers. This paper proposes a method of coordinate coverage of cartographic regions based on a sawtooth bidirectional scan, which can be used to objects locating using the Google Places API, and in seismic surveys to determine the location coordinates of seismographs

Google API, micro-service, geolocation, seismic exploration, objects locating
18-23
Azarov, A., Cherniak, O., & Zalizetskyi, V. (2018). Method of cartographic regions coordination cover-age on the basis of a sawtooth bidirectional scan . Information Technologies and Computer Engineering, 15(3), 18-23. https://doi.org/10.31649/1999-9941-2018-43-3-18-23

References

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