Multi-documentary cadastral audit of real estate objects

The current practice of cadastral and forensic activities shows its subjectivity. The expert makes a resolution in each specific case and for each specific real estate object. The traditional priority of a paper document over an electronic one also plays an important role. The article deals with the problem of the EGRN data reliability, which, according to the author, consists in the lack of unified approaches to gathering and processing source documents, analyzing the set of real estate objects characteristics, as well as their verification (audit). The purpose of the study is to develop a method of multi-documentary cadastral audit of real estate objects, which consists of a set of procedures for processing and analyzing documented cadastral information presented in the form of a disparate documents set. The results of the study showed the possibility of unifying and justifying a reliable model of a real estate object at any time, which is essential for verifying the reliability of the registered characteristics in the EGRN and formalizing expert activities. The developed method of multi-documentary cadastral audit simulates the work of a specialist and enables automating expert activities in the field of real estate, which meets modern trends in automation and digitalization.

Analysis of the use of the electronic document management system in federal executive authorities

The electronic document management system is one of the most popular products for implementation at various enterprises in various industries, ranging from heavy industry to state organizations and federal authorities. Document flow in many companies is carried out on paper, and this, in turn, causes great difficulties in processing, storing and executing documents. Paper archives occupy hundreds of square meters of storage space, and if necessary, it is very difficult to find the right document among a large amount of waste paper. In this regard, many companies begin to review their activities and move away from paper document management to electronic

How Artificial Intelligence is Transforming the Banking Industry: Data Analysis Review

AI or Artificial Intelligence, is one of the foremost technologies, which has its potential impact on almost every field. It is an immensely integral component of Computer Science. A technology that intends to provide computer systems and machines the ability to carry out and execute tasks without manual intervention, it simply enables them to work smartly. In simple words, we can say that Artificial Intelligence is about giving human intelligence to machines. This is one of the most noteworthy and remarkable aspects of AI. It plays a significant role in making machines capable of making decisions and that too, faster and better than humans. And all these decisions are data-driven. Artificial Intelligence (AI) is a prominent technology that is continuously evolving day by day, due to which it has become so much prevalent. It is beneficial in diverse fields such as education. business, marketing, healthcare, medicine, agriculture, automobiles, robotics, etc. AI is also quite predominant in the banking and finance industries. AI technology facilitates banking processes as it helps automating most of the tasks, if not entirely, minimizing manual requirements. In this research paper, we will see how implementation of artificial intelligence is assisting the banking and financial industry by improving their operational efficiency and enhancing their productivity. The research paper document also consists of a survey study done through data analysis domain for determining the use of artificial intelligence in banks who have adopted the technology.

Tactical and methodological basis of investigative inspection and purpose of expertise in relation to a paper document

Documents are an essential element of any information system functioning in society: social, economic, political, technical. Different types of information are materialized in different documents, which at present can be paper-based or electronic. Despite the fact that the modern state and its citizens are more and more “digitalized”, the traditional paper document does not lose its position, being the main form of consolidating both legal relations and human thoughts. Accordingly, it is he who is of utmost importance in proving the factual circumstances of the commission of crimes. A “paper” document can be the object of research of a number of examinations, which are far from being limited to traditional forensic ones, but are widely supplemented by other judicial ones. Each of them makes its own requirements for the documents, both the carriers of the direct object of research, and other materials necessary for the effective solution of the expert problem in order to establish the factual circumstances of the crime under investigation. In this regard, we consider it necessary to consider the tactical and methodological foundations of the examination of the document and the further appointment of examinations, taking into account their modern capabilities.

Implementasi Sistem Informasi Bongkar Muat KIP INNI Pada PT. Gusti Glori Sukses Pangkalpinang

In managing the administrative data of loading and unloading production suction vessels at PT. Gusti Glori Sukses still uses manual administrative data management. All recapitulation of company administrative documents is still archived on sheets of paper, document preparation is still manual, which is considered less effective and efficient. Because data collection is still inaccurate, the effect on report presentation and administrative data processing tends to be slow. So that PT. Gusti Glori Sukses wants to have an information system for managing the loading and unloading administrative data of production suction vessels that is accessed internally which makes it easier for the company to run the company's operations smoothly. An information system that is made must be effective and in accordance with needs. The research method used in the development of this information system uses object-oriented design and analysis methods, with the FAST model, and the tools used are the Unified Modeling Language (UML). With the implementation of the information system for loading and unloading production suction vessels at PT. Gusti Glori Sukses based on computerization, all problems faced can be resolved, so that the administration of loading and unloading production suction boats can run optimally so that it becomes more effective and efficient.

Automated digitization of radial charts

Radial charts were commonly used in the industry to allow retrospective assessment of technological parameters. Today it is relevant to digitize the obtained data in order to simplify the automation of technological processes. Digitization of radial charts by means of standard methods is carried out with the help of human labor at significant time costs. The article proposes an automated method for digitizing radial charts using software, developed in the LabVIEW programming environment. The results of processing radial charts are displayed on the screen in numerical and graphical form, and can also be exported to a file (for example, to Notepad or MS Excel). The presented technique can be applied to images obtained on a color or black-and-white scanner, which minimizes geometric distortions, associated with the conversion of a paper document into electronic form, and ensures recognition quality of the clear plot line with an average relative error of up to 3 %. In case of ink fading or perspective photos of the diagram, the value of relative error can reach 8 %, as a result of which additional manual correction of the data will be required.

PRIMARY INFORMATION ABOUT ACCOUNTING OBJECTS IN THE DIGITAL ECONOMY

In the digital economy, accounting and financial reporting face new challenges and the need to implement them. A priority role in this aspect belongs to primary accounting, in particular, the fulfillment of the requirements for completeness and reliability of reflecting the availability, safety, movement and use of assets and liabilities of commercial organizations and institutions of the public sector of the economy. Stand-ardized approaches to the construction of primary accounting in terms of electronic and paper document flow are analyzed. The article pays special attention to a set of normative acts regulating to varying degrees the composition and content of mandatory requisites of primary documents. The factors influencing the versatility of the requirements specified in the regulations of various government structures and departments are indi-cated. The results of the study can be used in the practical activities of organizations and institutions in order to fully and reliably reflect the facts of economic life concerning the presence and movement of accounting objects.

AUTOMATION OF ELECTRONIC-PRINTING OFFICE WORK WITH THE DOCUMENTS IDENTIFICATION AND VERIFICATION

In the article the problem of electronic-printing office work, the documents identification and verification has been reviewed and analyzed. The technical feasibility of using algorithms for handwriting recognition, artificial intelligence and cryptography in electronic-printing office work has been substantiated. Authors are suggest an automated processing method of a paper document verification of its electronic counterpart authenticity. The algorithm of the alternative four-stage life cycle of the document and the method of its verification with the manual operations reduction and machine input are presented in detail. The structure of the integrated subsystem of machine input and documents verification used in the Edinaja informacionnaja sistema «Elektronniy Universitet» of an educational institution is presented. The results of the document automated processing and protection with training a multilayer convolutional neural network using the example of intermediate certification sheets were obtained. The possibility of applying the described methodology to strict reporting of a fixed structure documents with handwritten filling has been proved.

Peculiarities of interaction between bureau designer and shipyard and development prospects in the context of digital transformation of production

Мировое судостроительное сообщество продолжает осваивать цифровые экосистемы в контексте Индустрии 4.0. Функционирующие экосистемы, в свою очередь, являются непременным атрибутом цифровизации. Рост интереса к экосистемам объясняется появлением технологий, дающих возможности взаимодействия участников бизнес-процессов в рамках их деятельности, а также практически мгновенному предоставлению заинтересованным сторонам необходимой информации (цифровой двойник, большие данные и пр.). Для широкого внедрения технологий Индустрии 4.0 все еще необходимо решить множество частных задач, которые отражают узконаправленные вопросы ограничений и применимости технологий относительно судостроения, а также спектр вопросов правового регулирования, стандартизации и сертификации. С одной стороны, такой инструмент как 3D-моделирование, который является одним из ключевых моментов цифровизации производства, давно используется в судостроении, но в виде вспомогательных средств проектирования. Целью данной работы является анализ проблем существующего взаимодействия между конструкторскими бюро и судостроительными заводами в организации цифровой трансформации производства. Выявлены и рассмотрены основные причины возникающих проблем, такие как отсутствие централизованного подхода к взаимодействию, отсутствие на отраслевом уровне решения о главенстве 3D-модели над бумажным документом, разнородность применяемых систем автоматизированного проектирования, неготовность промышленных участков использовать информацию 3D-модели в полном объеме и другие аспекты взаимодействия и методы их решения. Предложены новые решения по составу поставляемой документации и в части взаимодействия участников данного процесса со стороны конструкторских бюро и судостроительных заводов. The global shipbuilding community continues to embrace digital ecosystems in the context of Industry 4.0. Functioning ecosystems, in turn, are an indispensable attribute of digitalization. The growth of interest in ecosystems is explained by the emergence of technologies that enable interaction between participants in business processes within the framework of their activities, as well as the almost instant provision of the necessary information to interested parties (digital twin, big data, etc.). For the widespread adoption of Industry 4.0 technologies, it is still necessary to solve many particular problems, which reflect narrowly focused issues of limitations and applicability of technologies in relation to shipbuilding, as well as a range of issues of legal regulation, standardization and certification. On the one hand, a tool such as 3D modeling, which is one of the key points of digitalization of production, has long been used in shipbuilding, but in the form of design aids. The purpose of this work is to analyze the problems of the existing interaction between design bureaus and shipyards in organizing the digital transformation of production. The main reasons for the emerging problems are identified and considered, such as the lack of a centralized approach to interaction, the absence at the industry level of a decision on the dominance of the 3D model over the paper document, the heterogeneity of the CAD systems used, the unavailability of industrial sites to use the information of the 3D model in full, etc. aspects of interaction and methods of their solution. New solutions are proposed for the composition of the supplied documentation and in terms of interaction between the participants in this process from the side of design bureaus and shipyards.

Video Conferencing Solution for Synchronous Follow-Up of Cloud-Based IT Practical Work

<strong>In a difficult economic context in the world in general and in the countries of sub-Saharan Africa in particular where we seek to make maximum return on investments; this paper draws on part of cloud computing technologies to offer traditional universities the possibility of carrying out practical work via the cloud without using either physical IT equipment or physical practical rooms; and on the other hand, on videoconferencing technologies to ensure synchronous monitoring of this practical work. Thus, a cloud-based laboratory model for STEM disciplines is proposed in [1]. In the implementation of the model, we proposed the solution based on practical work in the field of IT. This paper document is an extension of [1] and offers a videoconferencing solution for monitoring practical work applied on the cloud for collaborative work between the teacher and the learners. In this new model, practical work is done using virtual machines from the cloud, but real-time monitoring is provided by a videoconferencing system, the following functionalities of which have been added: screen sharing, file sharing and virtual classroom recording. </strong>