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Website Development for Advertisements for Rental and Sale of Real Estate

The purpose of the work is to develop a website for real estate agents and potential buyers, with the ability to publish advertisements for rental and sale of various properties. The objective of the work is to show the knowledge and skills that were acquired through the studies in the TTI (Transport and Telecommunication Institute).In this work were used the following methods:1. Analyzation of the subject area Real Estate;2. Analyzation of existing analogs;3. Design and development of data base, data access, business service, client, and server parts of the web application;4. Quality control.As the result of the work were made the web application for real estate agents and potential buyers was made, where the users can read the description, upload, modify and delete the advertisements. Was created the authentication on the website. Was created the data base of the website to store all of the information about advertisements and users.As the conclusion of the work all of the functional requirements for the website were made, full development cycle of the project was utilized and all of the errors that were raised during the work were fixed.

Author: Aleks Eglītis

Supervisor: Karina Kostjkina

Degree: Bachelor

Year: 2024

Work Language: English

Study programme: Computer Science

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Development of a Presentation Generation Web Service Using AI Language Models

This bachelor's thesis presents the development of a presentation generation web service using AI language models. The application integrates APIs such as OpenAI for text generation, Pexels for image retrieval, and Google Slides for presentation creation, providing a comprehensive tool for generating high-quality presentations and videos. The backend is built using Flask, and the frontend uses React, ensuring a seamless user experience. Key features include user authentication, state management, and dynamic content generation.The project involved analyzing existing AI-powered presentation tools, developing the web service with frontend and backend technologies, and integrating various APIs to enhance functionality. Rigorous testing ensured stability, efficiency, and user-friendliness. The resulting application can generate high-quality presentations and convert them into engaging videos with minimal effort.This thesis demonstrates AI's potential in enhancing digital content creation, offering significant improvements in efficiency and user engagement. The developed web service provides a valuable tool for users needing to quickly create professional presentations.

Author: Igors Pticins

Supervisor: Aleksejs Vesjolijs

Degree: Bachelor

Year: 2024

Work Language: English

Study programme: Computer Science

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Development of a web application for a bank transfer system

The aim of this bachelor thesis is to develop a bank web application capable of processing both MT103 and pacs.008 payment types. The system will evaluate whether it is necessary to convert payments to facilitate transactions between different account types. This work includes a comprehensive review of payment types, along with the challenges and limitations associated with SWIFT and ISO standards. Essential functionalities for such systems are identified, and an overview of similar products, their adoption of ISO standards, costs, and available services are provided. The comparison of web development frameworks affirmed ASP.NET Core as the optimal choice for this project. An internal questionnaire identified critical features and prioritised payment types for the application. Based on these insights, detailed requirements and specifications were developed, leading to the creation of the application using the ASP.NET Core Blazor framework. Upon completion, the application underwent manual and unit testing to evaluate its performance and ensure it meets the outlined requirements. This thesis documents the entire development process, from theoretical research to practical implementation and testing.

Author: Maksims Raciņš

Supervisor: Boriss Mišņevs

Degree: Bachelor

Year: 2024

Work Language: English

Study programme: Computer Science

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