Structure Of Operating System Research Articles

Application of Q-learning algorithm based on heterogeneous sensor networks in higher education teaching management

With the rapid advancement of information technology and online technologies, it has become imperative for all colleges and universities to address the challenge of leveraging modern management methods to enhance management efficiency, level, and practices. In the realm of educational institution management, the learning management system stands as the cornerstone of contemporary campus management and the entire campus computer network. In this article, the Q-learning algorithm, specifically applied to a heterogeneous cellular network, is employed to investigate the issues pertaining to teaching management in colleges and universities.The design and implementation of the university teaching management system mainly uses heterogeneous cellular networks to establish a physical model of the Q-learning algorithm, and then in the Rayleigh channel, the coverage factor and the system rate expression are derived in a closed form, and in a closed form Derive the energy efficiency expression, and then optimize the density of the basic micro-station algorithm to maximize performance. In the process of system design, this paper uses an algorithm to analyze the current research status of university teaching management, then proposes the research purpose and subject content, and analyzes the university's teaching management function and potential future functional requirements. When designing the university learning management system, it describes in detail the overall design concept, key technologies, system structure, and operating system structure and system topology. This research mainly focuses on the research of campus information management and Q learning algorithm. Based on the cellular network, a large number of campus management cases were analyzed and data fitting at the same time, and a set of Q-learning algorithm teaching management system based on heterogeneous cellular network was designed.

Development of Autonomous Indoor Floor Cleaning Robot

- Cleanliness plays an important role in everyday life. It is the most popular method of maintaining our surroundings free of contaminants and illnesses, as well as for social and academic well-being. Recently, a few cleaning-arrangements have become available to maintain your home dust-free. Machine-Controlled For the betterment of humanity, floor cleaners were given. In recent years, cleanliness has been a critical aspect in improving one's own health, so we are developing a robotic Automated floor cleaner that would safely clean the premises. Expert support robots, such as client care and indoor robots, account for a large portion of these robots. One of these robots' most basic requirements is the ability to explore in environments where a GPS system cannot be used. The robot should also be able to detect barriers and quickly reroute to reach the desired destination. While getting at the goal, the robot will also be cleaning the floor simultaneously and independently. The robot depends on Robot Operating System (ROS) structure. The SLAM (Simultaneous Localization and Mapping) would aid in creating a crash-free path for the robot from start to finish.

Construction of Sci-Tech Financial Ecosystem Indicators and International Comparative Research

The development of science and technology (sci-tech) finance is conducive to improving the transformation quality of sci-tech achievements and optimizing the allocation of resources. However, the current sci-tech finance field in China is mainly promoted by the way of government work, and the theoretical research on the operation mechanism and system structure of sci-tech finance is relatively lagging. This article constructs the research framework of the sci-tech financial ecosystem from the perspective of ecology, uses the quantitative method of index design to deconstruct the gap between China and other major countries in the world, and analyzes the reasons and enlightenment. It is expected to provide decision-making support for relevant policies from the perspective of top-level design while promoting theoretical research.

Passenger flow prediction in bus transportation system using deep learning.

The forecasting of bus passenger flow is important to the bus transit system’s operation. Because of the complicated structure of the bus operation system, it’s difficult to explain how passengers travel along different routes. Due to the huge number of passengers at the bus stop, bus delays, and irregularity, people are experiencing difficulties of using buses nowadays. It is important to determine the passenger flow in each station, and the transportation department may utilize this information to schedule buses for each region. In Our proposed system we are using an approach called the deep learning method with long short-term memory, recurrent neural network, and greedy layer-wise algorithm are used to predict the Karnataka State Road Transport Corporation (KSRTC) passenger flow. In the dataset, some of the parameters are considered for prediction are bus id, bus type, source, destination, passenger count, slot number, and revenue These parameters are processed in a greedy layer-wise algorithm to make it has cluster data into regions after cluster data move to the long short-term memory model to remove redundant data in the obtained data and recurrent neural network it gives the prediction result based on the iteration factors of the data. These algorithms are more accurate in predicting bus passengers. This technique handles the problem of passenger flow forecasting in Karnataka State Road Transport Corporation Bus Rapid Transit (KSRTCBRT) transportation, and the framework provides resource planning and revenue estimation predictions for the KSRTCBRT.

STRUCTURAL-COGNITIVE AND ECONOMIC-ANALYTICAL BASIS OF DIGITAL TRANSFORMATION OF CONSTRUCTION ENTERPRISE ADMINISTRATION PROCESSES

The article is devoted to solving a topical scientific and applied problem of developing theoretical foundations and methodology, which contains information models, methods, cognitive mechanisms that allow analysis, selection, optimization and evaluation of the implementation of modern concepts of information modeling and integrated implementation of construction projects. Modern concepts that influence the cognitive mechanisms of project management in construction are studied. The analysis showed that obtaining a greater effect from the use of knowledge of participants in the construction project is possible with the joint implementation of modern concepts of enterprise integration and information modeling in construction. The methodology is implemented in scientific and applied tools for decision-making on the content, tools, diagnostic indicators and the expected result of the transformation of the operating system and organizational structure of the construction company, which carries out and adjusts its activities in a complex multi-project operating field. the main factors influencing the synergetic effect formed during the integrated implementation of the project with the use of innovative tools of information modeling in construction are formulated and substantiated. Conceptual principles of business process renewal, management systems for a construction company based on digitalization (digital administration), which are positioned as a means of achieving competitive advantages in the multi-project field of construction development, are substantiated.

ADC-GERT network parameter estimation model for mission effectiveness of joint operation system

Effectiveness evaluation of the joint operation system is an important basis for the demonstration and development of weapon equipment. With the consideration that existing models of system effectiveness evaluation seldom describe the structural relationship among equipment clearly as well as reflect the dynamic, the analog-to-digital converter-graphical evaluation and review technique (ADC-GERT) network parameter estimation model is proposed based on the ADC model and the joint operation system structure. Firstly, analysis of the joint operation system structure and operation process is conducted to build the GERT network, where equipment subsystems are nodes and activities are directed arches. Then the mission effectiveness of equipment subsystems is calculated by the ADC model. The probability transfer parameters are modified by the mission effectiveness of equipment subsystems based on the Bayesian theorem, with the ADC-GERT network parameter estimation model constructed. Finally, a case study is used to validate the efficiency and dynamic of the ADC-GERT network parameter estimation model.

DIGITAL TECHNOLOGIES AS INNOVATIVE TRENDS OF STRUCTURAL AND TRANSFORMATIONAL SHIFTS IN THE MANAGEMENT SYSTEM OF CONSTRUCTION STAKEHOLDERS

The article is devoted to the development of methodological basis, methodological support and applied tools of digital administration of operational activities, development and transformations of management systems of construction companies. The results of the work together provide a modern methodological system for managing the transformation processes of construction companies in terms of digitalization of the economy. The methodology is implemented in scientific and applied tools for decision-making on the content, tools, diagnostic indicators and the expected result of the transformation of the operating system and organizational structure of the construction company, which carries out and adjusts its activities in a complex multi-project operating field. The conceptual principles of business process renewal, management systems for a construction company based on digitalization (digital administration), which are positioned as a means of achieving competitive advantages in the multi-project field of construction development, are substantiated. The paper identifies the impact of the transformation of modern global socio-economic processes on the methodology of managing innovative business development in a digital economy. The significance of innovations for increasing business efficiency is revealed and the concept of innovation is developed. The content of the main terminological definitions in the form of a terminological thesaurus "transformation of the operating system of a construction company" has been clarified. The influence of the institutional and organizational environment on the innovative development of business in Ukraine is determined. The author 's methodological approach to the formation of the conceptual foundations of the digital economy is substantiated. Principles and roadmap for digital business transformation have been developed. Theoretical and methodological approaches to modeling the information technology architecture of the organization are proposed. The methodology of digital administration of construction stakeholder enterprises introduced in the work combines modern principles of strategic and operational management of enterprises with "cloud" and BIM-technologies, applied embodiments of functional-economic diagnostics, cost-oriented management, object-functional and functional-functional and functional management. with the purpose of their integrated use for the implementation of qualitative transformations of enterprise management systems and the microenvironment of development projects.

Local operator system structures and their tensor products

We introduce and explore the theory of tensor products in the category of local operator systems. Analogous to minimal operator system OMIN and maximal operator system OMAX, minimal and maximal local operator system structures LOMIN and LOMAX, respectively, are also discussed.

Automatic Control System of Balancing Agricultural Stereo Cultivation Based on Wireless Sensors

As a new development direction in the field of information science, wireless sensor network (WSN) has attracted wide attention of academia and industry with its huge application prospect. This research mainly discusses the automatic control system of balcony agriculture stereoscopic cultivation based on wireless sensor network. With the application background of environmental monitoring of protected cultivation, this paper analyzes the specific requirements of plant protected cultivation, and designs the overall scheme of wireless sensor network system with temperature, humidity and light as detection parameters. In this paper, a distance based routing algorithm is designed to realize the networking of wireless sensor networks, and the network simulation is carried out with TOSSIM. Aiming at the problem of packet loss in wireless network data transmission, this paper analyzes the operation mechanism and message structure of TinyOS operating system, and designs MAC protocol based on network synchronization to ensure reliable data transmission. The experimental results show that when the communication distance is 230 m, the two nodes can carry out normal data transmission; when the communication distance is less than 310 m, the bit error rate is very small; when the distance is more than 360 m, the bit error rate is significantly improved; when the distance is more than 400 m, the bit error rate is 100%. It can be seen that wireless sensor network can bring greater convenience to the acquisition of agricultural information, and it is of great significance to extend the application of wireless sensor network to the field of agricultural automation.

Intelligent Building Construction Management Based on BIM Digital Twin.

In order to improve the construction effect of intelligent buildings, this paper combines the BIM digital twin technology to construct the overall structure of the building construction operation and maintenance system driven by the BIM digital twin. Moreover, this paper conducts intelligent simulation of the construction process of the building and combines the construction process of the intelligent building to apply the BIM digital twin technology to the construction management of the intelligent building. In addition, this paper uses BIM to simulate the construction process. After the construction management plan is developed, BIM can be used to simulate the construction, find the problems in the construction, and formulate a reliable construction management plan in time. Through simulation experiment research, it can be known that the intelligent building construction management model based on BIM digital twin proposed in this paper can help the deployment of intelligent building construction process in many aspects and help improve the efficiency of building construction management.

Design hacker e as customizações de interface gráfica

Compilado e revisita de descobertas da pesquisa de mesmo nome, este artigo se divide em três pilares: no primeiro, é realizado um exercício livremente inspirado na arqueologia de interface, com foco na customização na história da computação. Investigamos como as opções de customização se consolidam em sistemas operacionais desktop para Macintosh. O segundo pilar é dedicado à definição e exploração da figura do hacker, seu surgimento, atuação, grupos, ética e classes. Por fim, exploramos as técnicas do jailbreak, na qual hackers aplicam técnicas e ferramentas que buscam modificar a estrutura do sistema operacional iOS e as customizações de interface desbloqueadas por essa prática.

An Accelerator for Decoding Market Data Based on FPGA

In securities trading, low latency helps investors take the leading position in the market. Conventionally, market data is decoded with software running on general computers. However, the serial structure of software and complex operating system scheduling cause high latency. This paper designs an accelerator for decoding market data based on field-programmable gate array (FPGA). We propose a pipeline in the accelerator, where every part works independently and parallelly. Furthermore, we present a mechanism for encoding templates, which avoids reconstructing the accelerator and decreases the cost when the template is renewed. We evaluate this accelerator with real Financial Information eXchange (FIX) messages and FIX Adapting for Streaming (FAST) templates, attaining an average latency of 447[Formula: see text]ns.

Zonal-and-Wave Structure of Open Systems on Micro, Mega- and Macrolevels of the Universe

Zonal-and-Wave Structure of Open Systems on Micro, Mega- and Macrolevels of the Universe

Review of car operation safety system elements

The paper includes a review of the following terms: anthropotechnical system, a layered model of an object operation process, safe car operation system structure. The current and predicted solutions in terms of car equipment impact on the safety of a driver-vehicle-road system were presented in detail.

Analysis of Tracked Vehicle Vibration Response Considering the Track Circuit Vibration

To accurately describe the vehicle vibration, the vibration response of the vehicle operation system affected by the track was studied. Through the analysis of the topological structure of vehicle operation system, the flexible track model and the rigid track model was built up. The track circuit model was established by simplifying the rigid track, and its inherent vibration was calculated by eigenvalue analysis. Power spectrum method was used to compare the dynamic model of flexible track and the dynamic model of rigid track and verify the effect of track on the vibration of vehicle. The results show that the effect of track on the vibration of vehicle mainly include the inherent vibration of track circuit and the high frequency vibration related to track pitch; the computing result provides a reference basis for describing the effect of track quantitatively.

A Case Study on Global Citizenship Education of University of South Florida

이 연구는 미국 대학의 세계시민교육 사례를 분석하고 그 특징과 시사점을 도출하여 한국 대학의 세계시민교육의 이론적, 실천적 토대를 마련하고자 하는데 목적이 있다. 이를 위하여 대학 차원에서 세계시민교육을 핵심 가치로 설정하여 체계적으로 실천해오고 있는 University of South Florida (USF)를 분석 사례로 선정하고, 세계시민교육의 목적과 배경, 교육과정, 운영체계를 분석 영역으로 살펴보았다. 분석 결과, USF는 지적, 정의적, 행동적 영역을 모두 포괄하는 세계시민성을 추구하고 이에 따른 세부목표를 설정하고 있었다. 또한 세계시민교육을 위하여 기존의 교과과정을 세계시민성과 연계하여 재검토하여 세계시민교육과 관련된 교과를 구성하였다. 그리고 세계시민교육을 위한 대학 차원의 운영체계가 구축되어 있었으며, 세계시민교육의 내용적 지원을 위한 전문가와 행정적 지원 체계를 겸비하고 있었다. 이러한 연구결과를 바탕으로, 한국 대학의 세계시민교육의 실천과 확산을 위한 시사점으로 세계시민교육 교육과정에 대한 재정비, 교과과정과 비교과 활동을 통합한 세계시민교육, 대학 차원의 일관적이고 명시적인 목표 설정, 운영체계 구성 등을 제안하였다.This study investigates the issues for the practice of global citizenship education in universities and analyses a case study of the university in US. The University of South Florida (USF), which defines global citizen education as one of the core strategic plans of the university, is selected. Global citizenship education at USF is aimed at strengthening students global competencies; global awareness, responsibility and participation. The goals of the practice are globalization of the undergraduate general education curriculum, extra-curricular activities in connection with the curriculum, globalized curriculum leading to graduate courses, and enhancing global competencies of all university members. It is reported that USF dedicated special organizations and systematic operation to support these goals. Based on our investigation and analysis, a reform of the global citizen education curriculum, a global citizenship education that integrates the curriculum and the extra-curricular activities, a coherent and explicit goal setting at the university level, and an operating system structure are required for universities in Korea to promote global citizenship education.

3. GERENCIA UNIVERSITARIA EN TIEMPOS DE TRANSFORMACIÓN: ALGUNOS APUNTES PARA LA REFLEXIÓN

El trabajo se inscribe en la modalidad documental y tiene el propósito de analizar algunas aristas vinculadas con la gerencia de organizaciones sociales en un escenario de transformación universitaria como la que viven las instituciones de educación superior venezolanas ante la crisis y demandas del entorno socio económico actual. Se requiere de una gerencia universitaria que tome decisiones con base a una visión holística, fundamentadas en la ética integradora y como un sistema abierto, con estructura tendientes al aplanamiento y con pertinencia a las exigencias del entorno para así tener la capacidad de dar respuestas satisfactorias a la sociedad en general. Como conclusión se asume que la verdadera transformación universitaria va a depender esencialmente de: a) la visión compartida que tengan los miembros de la comunidad académica, b) el compromiso para su instrumentación, asumido por los diferentes actores institucionales y orientados por genuinos valores académicos c) las acciones estratégicas emprendidas por el liderazgo de los gerentes como responsables de guiar el proceso de transformación.

An intelligent factory-wide optimal operation system for continuous production process

ABSTRACTIn this study, a novel intelligent factory-wide operation system for a continuous production process is designed to optimise the entire production process, which consists of multiple units; furthermore, this system is developed using process operational data to avoid the complexity of mathematical modelling of the continuous production process. The data-driven approach aims to specify the structure of the optimal operation system; in particular, the operational data of the process are used to formulate each part of the system. In this context, the domain knowledge of process engineers is utilised, and a closed-loop dynamic optimisation strategy, which combines feedback, performance prediction, feed-forward, and dynamic tuning schemes into a framework, is employed. The effectiveness of the proposed system has been verified using industrial experimental results.

Analysis on the Architecture of the General Aviation Operation Control System Software

General aviation, is refers to the civil aviation activities that is used a civil aircraft engaged in outside of public air transport, including industry, agriculture, forestry, fisheries and homework flight of the construction industry and medical and health, disaster relief, meteorological observation, ocean monitoring, scientific experiment, education and training, culture and sports and other party and flight activities. Therefore, every airline is necessary to set up its own set of flight operation control system. This paper introduces the concept of flight operation control system, system structure and functions of each module, and is given flight operation control system application solutions; provide reference for improving the flight operation and management level in our country.

Operator system structures on the unital direct sum of $C^*$-algebras

This work is motivated by Radulescu's result on the comparison of C*-tensor norms on C*(F_n) x C*(F_n). For unital C*-algebras A and B, there are natural inclusions of A and B into their unital free product, their maximal tensor product and their minimal tensor product. These inclusions define three operator system structures on the internal sum A+B, the first of which we identify as the coproduct of A and B in the category of operator systems. Partly using ideas from quantum entanglement theory, we prove various interrelations between these three operator systems. As an application, the present results yield a significant improvement over Radulescu's bound on C*(F_n) x C*(F_n). At the same time, this tight comparison is so general that it cannot be regarded as evidence for a positive answer to the QWEP conjecture.