Elevator Monitoring System to Guide User’s Behavior by Visualizing the State of Crowdedness

Author(s):  
Haruhisa Hasegawa ◽  
Shiori Aida
Keyword(s):  
Author(s):  
Wahyuni Kurniasih ◽  
Abdul Rakhman ◽  
Irma Salamah

The house is the most valuable asset, therefore security at home is also very important. Therefore a home security system is created that combines a microcontroller with an Android smartphone application. The microcontroller used is the Raspberry Pi which is equipped with a camera as a home security monitoring system and various sensors as detectors such as magnetic, PIR sensors and solenoids as automatic door locks. So if the sensors that are installed detect something at home, then the homeowner will immediately get a notification sent by the database to the smartphone application, and the homeowner can monitor the state of the house right then through photos and videos recorded by cameras that have been installed at home.


Author(s):  
A. V. Lyusak ◽  
K. M. Nikolaichuk

Relevance of the research. A scientific and theoretical analysis of the legislation in the field of monitoring of land use and protection was carried out. The problem of information imperfection on the quantitative and qualitative state of land resources, which is the basis of land monitoring, was identified. The problem of land monitoring is the imperfection of the monitoring system itself, namely the collection of information on the land state, the spread of degradation processes by various entities of monitoring. The current Regulations on land monitoring were considered and it is proposed to provide for the expansion of the types of analytical work, to adapt the European standards in the selection, transportation and storage of soil samples, to impose mandatory quality control on all works. According to the current legislation of Ukraine, the main task of monitoring is to monitor the dynamics of the processes taking place in the field of land management. Monitoring data are used in making decisions on construction, establishing permitted types of land use, which help prevent land degradation. The updated monitoring data enable public administration bodies to make appropriate demands to land users to eliminate the violations in the field of land use and protection, as well as to bring to justice those responsible for these violations. To ensure the effective functioning of the unified monitoring system, it is necessary to solve a number of organizational, technical and other problems. The main disadvantages of this system are the obsolescence of technical, methodological and information equipment of the monitoring system centers used during observations; lack of a single observation network; inconsistency of separate information technologies used by different entities of monitoring; inconsistency of normative-technical and normative-legal provision with modern requirements. These problems can be solved by creating a new network of observations, but it requires a large amount of funding. The Concepts of the State Target Program for the development of land relations in Ukraine and the Concepts of the State Program for Environmental Monitoring were considered, which provide for the improvement of the land monitoring by maximizing the existing potential and gradual improvement of organizational, legal, methodological and technical support of the monitoring system, taking into account current information needs and the recommendations of the UN Economic Commission for Europe. A necessary requirement for the effective counteraction to violations of land legislation and non-compliance with the norms of rational land use is the improvement of the regulatory framework for land monitoring. It is necessary to clearly specify the following: the purpose and objectives of monitoring as well as the methods of its implementation; main stages and steps of the land monitoring procedure; powers of the implementation entities of this procedure; basic criteria and standards for evaluating the state of land resources and crisis detection. It is also necessary to develop and legislate the procedure for Ukraine's participation in international monitoring studies on land conditions, etc. Currently in Ukraine there is no single methodology for conducting observations, due to the lack of monitoring networks, as well as a modern information system on the state of natural resources, in particular - land. According to scientists, the monitoring requirements are currently met only by agrochemical inspection of agricultural land, however, it is not monitoring: certification does not give a complete picture of land condition; it is not carried out on permanent plots and by a very limited list of indicators and focuses only on the evaluation of individual characteristics, without identifying numerous other physical, chemical and biological indicators. Conclusions. According to the current legislation, the land monitoring system is improved by defining and developing standards and regulations in the field of land use and protection, including protection and reproduction of soil fertility. Improving the land monitoring procedure in Ukraine requires the development and implementation of a set of mechanisms for coordinating the interaction and coordination of all monitoring entities using a single system of methods and technologies in planning, organizing and conducting observations and joint activities, which will facilitate the rapid response of local executive bodies and governments to the occurrence or threat of emergencies and proper control over their development and elimination of consequences. The main areas of developing the land monitoring system include: improving organizational and legal support of monitoring; establishing a single integrated monitoring system; optimizing land monitoring methods, determining and developing standards and regulations in the field of land use and protection; ensuring the integration of information resources; strengthening the coordination of the activities of monitoring entities and data management within the state system of land monitoring in Ukraine; participating in international monitoring studies on land condition and harmonization of national standards with the international ones in order to integrate the national land monitoring system in the international systems.


2021 ◽  
pp. 43-52
Author(s):  
V. T. Minligareev ◽  
◽  
Yu. M. Kachanovskii ◽  
V. L. Kravchenok ◽  
E. A. Pan’shin ◽  
...  

The paper deals with the methods for metrological support of ionospheric, magnetic, and heliogeophysical observations of the state observation network, including ground-based and space segments, and with the directions for improving the accuracy and reliability of measurements. The solutions to the previously identified problems and the implementation of proposals on improving the measurement quality for operational response to heliogeophysical hazards at the current stage of development of the geophysical monitoring system are demonstrated.


2019 ◽  
Vol 59 (2) ◽  
pp. 182-191 ◽  
Author(s):  
Pavel V. Yemelin ◽  
Sergey S. Kudryavtsev ◽  
Natalya K. Yemelina

The purpose of the article is to present an analytical system that allows users to proces data necessary for an industrial risk analysis and management, to monitor the level of industrial safety in a given site, and to fulfil essential tasks within the field of occupational safety. This system’s implementation will make the industrial safety management at industrial sites more effective. Multifactorial, probabilistic, determined models of accidents’ hazard and severity indexes are integrated into the computing core of the Information and Analytical System. Then, statistical methods determine the risk assessment of occupational injuries and diseases. The <em>Information and Analytical System for Hazard Level Assessment and Forecasting Risk of Emergencies in the Republic of Kazakhstan</em> allows users to work efficiently with large volumes of information and form a united analytical electronic report about the state of industrial safety. The main objective of the monitoring system is to conduct a comprehensive analysis and assessment of the state of accidents, traumas and occupational sickness rates at industrial sites, the results being classified by the degree of hazard and insalubrity of manufacture. The introduction of the computer monitoring system in the specialized services of the Emergency Management Committee and the Ministry of Investment and Development of the Republic of Kazakhstan, and at industrial enterprises throughout the country, will allow users to analyse the state of the industrial and occupational safety constantly and objectively; as a consequence, the implementation will go a long way towards comprehensively approaching the task of increasing safety levels at industrial sites.


2018 ◽  
Vol 150 ◽  
pp. 01006
Author(s):  
Wong Siong Kwong ◽  
Aizan Ubin ◽  
Mohd Zarar Mohd Jenu

This paper presents cyclist monitoring system that tracks cyclist path and shows the cyclist training condition. Cyclist monitoring system is using NI myRIO-1900 that integrates the sensors and modules and then monitors the cyclist data using Ubidots web interface. In this system, heart rate sensor, magnetic sensor, GPS module and GSM module are connected to NI myRIO-1900. Heart rate sensor was used to calculate the heart rate of cyclist from time to time. Magnetic sensor was attached to the frame of bicycle to calculate the speed of bicycle. GPS module was used to track location of cyclist. GSM modules was used to send SOS message if there has an accident happened on cyclist. At the first, NI myRIO-1900 initialized the state of the GPS signal. After initializing, NI myRIO-1900 received the signal from magnetic sensor and heart rate sensor. After receiving all of the signals from those sensors, the data was uploaded to the GUI in LabVIEW and the web interface that run by Ubidots. The parameters such as speed, heart rate, distance travel and power were displayed on the GUI and Ubidots for cyclist to monitor their condition of body during cycling. The S.O.S button was installed on the bicycle. If the cyclist is in dangerous situation, cyclist can press this button to send the emergency signal to police or the person that is important to them.


Author(s):  
O. Klymenko ◽  
V. Butsyak ◽  
A. Butsyak

Monitoring of the environment is an important instrument of water resources effective management, well-timed prevention of harmful pollutant influence and thorough information of the public about the state and tendencies of changes in river basin agrosphere. However, the existing system of monitoring doesn’t fully correspond to international requirements and is one of the main restraining factors of the basin management system development. It is suggested to put into the base of monitoring system of socio-economic-ecological systems river basin the unification of well-known home and international monitoring systems which are reasonable to supplement with additional data of regional character. The system of monitoring of river basin agrosphere resources has been substantiated in the article. The main tasks and structure elements of monitoring system have been defined. It is reasonable to fulfill the monitoring of river basin agrosphere state according to appropriate algorithm which forsees the realization of operation cycle, from definition of information needs to information product using. Then the principal blocks of  monitoring  system of river basin agrosphere to estimate the state of socio-economic-ecological systems are considered to be the following ones: socio-economic-ecological and geology-geomorphological, but to estimate  the state of surface waters – hydrological, climatic and bioecological. It should be mentioned that in the suggested monitoring system of river basin agrosphere state the blocks «Observation» and «Prognostication» are closely interconnected as the prognostication of agrosphere state changes is possible only when sufficient and reliable information about its actual state is available. The problem of information  product using by regional and local authorities, as well as, by basin administration is of peculiar attention in the monitoring system of river basin agrosphere state.


Author(s):  
Rateb Jabbar ◽  
Khalifa Al-Khalifa ◽  
Mohamed Kharbeche ◽  
Wael Alhajyaseen ◽  
Mohsen Jafari ◽  
...  

Author(s):  
L. Leblanc ◽  
C. Moreau

Abstract The influence of input spray parameters on the state of plasma-sprayed zirconia powder is studied. The particle temperature, velocity and diameter are measured using an integrated optical monitoring system. The monitoring system allows the investigation of the particles behavior in the spray jet. The collected information is correlated to coating characteristics such as deposition efficiency, microstructure and thermal diffusivity. Results show that, by monitoring the state of sprayed particles, a better understanding of the coating microstructure and properties can be achieved.


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