According to the St. Petersburg Polytechnic University press centre, their project has won tenders from BRICS international research consortiums in the field of science, technology and innovations. The tender submitted by the above-mentioned research team received the jury’s highest marks and qualified for A-category grants.
The job of the researchers is to try and develop algorithms and software and hardware systems for high-precision indoor positioning. In the opinion of scientists, all the existing systems at present are not accurate enough: they are unable to track an item inside a place from door to door with a centimeter-level precision. Such global satellite positioning systems as GPS, GLONASS, BeiDou and GALILEO are not intended to be used indoors.
According to researchers, this type of technology is particularly relevant when it comes to unmanned production. “We won’t be content with a “meter more or meterless” level of precision while products are being moved between machinery or from one workshop to another,” said the project manager Doctor of Engineering Vladimir Badenko, a professor in the Institute of Civil Engineering at Peter the Great St. Petersburg Polytechnic University.
At the same time he explained, in order to achieve a certain level of accuracy, special connecting lines that cannot quickly be adapted to the new process are being stretched. “What we are developing at the moment will make it possible to flexibly readjust the high-precision course of manufactured items and hence allow the equipment to be used more efficiently in production,” he emphasized.
To overcome the limitations imposed by global positioning systems, developers need to discover ways to establish local reference frames for indoor positioning. “The international industrial world is paying a lot of attention to local positioning. Solutions are being worked out but standards have yet to be established. The leader in this field will eventually be the one who can come up with the basic standards,” noted SpbPU researchers.