Design of Bluetooth Automatic Check in System Without Operation Based on Cross Mobile Platform

Because the traditional way of sign in is not to call the roll, or sign in on the paper list, or sign in through fingerprint recognition and face recognition, on the one hand, it is cumbersome and time-consuming, on the other hand, it is non-human. The update of roll call sign in is a hot topic at present, and many new schemes rush out. This paper introduces the automatic sign in system based on Bluetooth technology, which does not rely on the mobile phone operating system, does not need the mobile phone installation software, as long as you bring a mobile phone, you can realize automatic sign in. This paper designs and implements the automatic check-in system, and compares it with other ways, proving that it is an innovative check-in method.

DEVELOPMENT OF PROPOSALS FOR THE IMPLEMENTATION OF AN AUTOMATED HARDWARE COMPLEX IN THE PASSENGER SERVICE SYSTEM ON THE EXAMPLE OF THE PULKOVO AIRPORT

This article discusses the profitability of introducing an automated hardware complex into the system of passing pre-flight procedures. Technological solutions are described at the stages: check-in, baggage check-in, boarding, as well as passport and customs control. The complex offers the introduction of automatic check-in, self-baggage check-in, hardware identification of biometric data at passport and border control, boarding pass by scanning a QR code from a smartphone screen. The complex is aimed at improving services and increasing the speed of passenger service on the example of Pulkovo Airport. The experience of other countries and existing technologies are considered.

Recent Improvements to the ATLAS Offline Data Quality Monitoring System

Recent changes to the ATLAS offline data quality monitoring system are described. These include multithreaded histogram filling and subsequent postprocessing, improvements in the responsiveness and resource use of the automatic check system, and changes to the user interface to improve the user experience.

Automation of Checking Math Tasks on the Analytical Geometry Nomotex E-course

In this article, the authors consider the problem of automatic check of tasks on the example of tasks on the topic of lines and planes. The authors raise the question of the influence of arithmetic errors on automatic verification. The paper discusses methods that will reduce the impact of arithmetic error on automated problem checking. The article provides several examples that are given to students to solve at control events held at the Bauman Moscow State Technical University.