Category Archives: Articles

A Diversified Classification Committee for Recognition of Innovative Internet Domains

Abstract

The objective of this paper was to propose a classification method of innovative domains on the Internet. The proposed approach helped to estimate whether companies are innovative or not through analyzing their web pages. A Naïve Bayes classification committee was used as the classification system of the domains. The classifiers in the committee were based concurrently on Bernoulli and Multinomial feature distribution models, which were selected depending on the diversity of input data. Moreover, the information retrieval procedures were applied to find such documents in domains that most likely indicate innovativeness. The proposed methods have been verified experimentally. The results have shown that the diversified classification committee combined with the information retrieval approach in the preprocessing phase boosts the classification quality of domains that may represent innovative companies. This approach may be applied to other classification tasks.

The hybrid decision support system for Fire Service – chosen project’s problems

Abstract

This article presents the design process of a hybrid decision support system (HSWD) for the State Fire Service (PSP). The Design for Trustworthy Software (DFTS) methodology was chosen to ensure system reliability. The paper focuses particularly on the requirements planning stage and the overall platform design. The study identifies key challenges in the early project stages, primarily stemming from methodology, environment, and user-related factors. These elements play a crucial role at the start of the design process, whereas aspects such as software, hardware, and measurement have a lesser initial impact. The authors analyze the causes of these challenges and propose solutions to address them. By outlining the lack of specific information solutions in the current State Fire Service infrastructure, this research highlights the importance of a structured approach in decision support system development. The findings contribute to the design of a robust and reliable platform that enhances decision-making in emergency response scenarios.