Development of the Operation Algorithm for a Automated System Assessing the High-Rise Building

Abstract

This article presents the algorithm of monitoring a high-rise building as a complex object. The functional areas (strata) of a high-rise building are considered and certain mathematical models and algorithms describing the process of monitoring a high-rise building are presented. The developed system using this algorithm should allow real-time monitoring of the life support systems, making better decisions in the event of unusual situations.

Remote control of nonlinear motion for mechatronic machine by means of CoDeSys compatible industrial controller

“…The development of PC based control systems was focused on their usage as a source of program models. The large amounts of an internal memory in modern computers allow the simulation of complex industrial objects [6][7][8][9]. It is worth mentioning that there is high diversity of the emulators and mounted control systems.…”

The Effect of High-Rise Building Features on Their State under the Horizontal Seismic Loads

“…on small areas and in the single buildings. The features of a high-rise building (height, mass, high ground pressures and pressures on bottom, oscillations, difficulty of evacuation in case of emergency) define risks for people staying in the high-rise building and next to it [1][2][3][4][5]. These factors impose a lot of requirements to use of the buildings, like the uninterrupted work of its installations, building's stability under the wind or seismic load, terroristic attack, etc.…”