Abstract: The present invention relates to a system and method for collecting and analysing data from wearable sensors. The system comprises: wearable wireless multi-component devices designed to monitor various physiological and environmental parameters; a data collection hub responsible for gathering data from the wearable sensors; and a cloud-based signal analysis algorithm tailored for data interpretation. The salient feature of this invention lies in its ability to autonomously synchronize multiple wearable wireless multi-component devices comprising sensors without the need to send explicit synchronization signals from the data collection hub. This innovative synchronization method is made possible through the implementation of a modified communication protocol, in conjunction with sophisticated data analysis techniques. Such an approach not only simplifies the data collection process but also enhances the efficiency and reliability of the system as a whole.

Abstract: The presented invention includes the generation of cloud points, the identification of objects in the cloud points, and, in this case, finding the positions of objects in cloud points. In addition, the invention includes capturing images, data streaming, and digital image processing in different points of the system, and calculation of the position of objects. The invention includes the usage of cameras of mobile smart devices, smart glasses, 3D cameras, but not necessarily. The data streaming provides video streaming and sensor data streaming from mobile smart devices. The presented invention further includes cloud points of buildings in which the positioning of separated objects could be implemented. It also consists of the database of cloud points of isolated objects which help to calculate the position in the building. Finally, the invention comprises the method of objects feature extraction, comparing in the cloud points and position calculation.

Abstract: The presented invention includes the generation of cloud points, the identification of objects in the cloud points, and, in this case, finding the positions of objects in cloud points. In addition, the invention includes capturing images, data streaming, and digital image processing in different points of the system, and calculation of the position of objects. The invention includes the usage of cameras of mobile smart devices, smart glasses, 3D cameras, but not necessarily. The data streaming provides video streaming and sensor data streaming from mobile smart devices. The presented invention further includes cloud points of buildings in which the positioning of separated objects could be implemented. It also consists of the database of cloud points of isolated objects which help to calculate the position in the building. Finally, the invention comprises the method of objects feature extraction, comparing in the cloud points and position calculation.