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Smart Contract-Based Housing and Communal Services Payment Information Management System Development

Student: Piankov Denis

Supervisor: Leonid Yasnitsky

Faculty: Faculty of Economics, Management, and Business Informatics

Educational Programme: Information Analytics in Enterprise Management (Master)

Final Grade: 8

Year of Graduation: 2019

Smart Contract-Based Housing and Communal Services Payment Information Management System Development. Author: Denis Piankov, Faculty of Economics, Management and Business Information, Information Analytics in Enterprise Management, Head of HSE - Perm: Leonid Yasnitsky, Professor, Department of Information Technology in Business, HSE - Perm . This work represents the results of the implementation of final qualifying work, devoted to the analysis of the application of smart contract technology for managing payments in the housing and utilities sector, as well as the design and development of an information system for managing payments in the field of housing and public utilities using smart contract technology. The first chapter presents a description of the subject area, defines the basic terms, analyzes the existing business processes and existing products on the market. The second chapter describes the stages of designing an information system, including modeling the processes of managing payments for housing and public utilities, specification of requirements and precedents, building a class model, interaction diagrams, component diagrams, and a database. The third chapter contains key points related to the development of a prototype information system. The fourth chapter presents the economic rationale for the introduction of the housing and utility services that are being developed into the system in business processes for managing payments. The fifth chapter sets forth the basic requirements and recommendations for the implementation of the system, as well as the existing restrictions. This work includes information on all stages of analysis, design and development of software, and consists of a table of contents, introduction, five chapters, conclusion, list of references and three applications and includes 5 tables and 15 figures. The work contains 45 pages (65 pages, including applications). Done at the department of information technology in business.

Full text (added May 29, 2019)

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