Relevance of modern technologies for sustainability-focused road freight transport service management in a competitive market

Exploring the Implementation Challenges of the Electronic Freight Transport Information (eFTI) Regulation: An Empirical Perspective from Greece

“…Moreover, the potential of eFTI to improve efficiency and reduce environmental impacts, as discussed in the literature [11][12][13], underscores the importance of addressing the digital skill gap to fully leverage these benefits. The transformative potential of technology and ICT solutions in making FT more sustainable and less environmentally detrimental [8,9,[14][15][16] further illustrates the critical role of digital competencies within the workforce. The analysis's emphasis on the necessity of targeted training and development programs to manage and operate standardized systems is thus supported by the literature, which highlights the need for modern technologies and ICTs in enhancing sustainability and operational efficiency.…”

“…Ref. [15] emphasizes the importance of modern technologies in enhancing sustainability-focused road FT services, as well as improving quality management and competitiveness, based on survey data from 140 road FT firms [15]. Ref.…”

Shaping sustainable strategies of freight forwarding companies in the environment of the road transport market

“…The implementation of advanced sustainable development practices acts as the most important link between the modernization process and the sustainable activities of freight carriers. The study [5] is aimed at determining the rel evance of modern technologies for environmentally oriented freight transport services, areas of its quality management and competitiveness. Data collected from 140 freight transport companies was thoroughly analyzed using exploratory factor analysis and Cronbach's alpha coefficient was used to assess factors consistency.…”

“…It should also be noted that the latest development of infor mation technologies and artificial intelligence allows the use of innovative tools to solve both classic and modern transport problems and tasks. Some of the most popular techniques used by scientists include: agentbased modeling and goal program ming [22,23]; a hybrid system for strategic planning, which integrates mathematical models with knowledge principles [9]; covariance analysis, discrete choice and latent class analysis [17,19]; tabu search heuristics [11]; deep and machine learning [8,[14][15][16]; mechanisms of fuzzy logic and simulated anneal ing [12]; methods based on the data of navigation services [21]; exploratory factor analysis [5]; innovative combination of intu itionistic fuzzy numbers with graphtheoretic and matrix ap proach [6]; models of commoditybased freight demand based on exogenous economic forecasts [24] and economics of trans action costs [8]; the theory of time windows [7], dynamic mea surements [25], digital image correlation method [26] and the Bayesian approach for model estimation [27,28].…”

“…. Наумов 1 , Б. Умарова 2 , І. Таран *1 , Р. Мирзагельдієв3,4 , З. Турсимбекова5 , В. Литвин 1 1 -Національний технічний університет «Дніпровська політехніка», м. Дніпро, Україна 2 -Університет Торайгрова, м. Павлодар, Республіка Казахстан 3 -Казахстанський університет інноваційних і телеко мунікаційних систем, м. Алмати, Республіка Казахстан 4 -Казахстанський інститут стандартизації та метроло гії, м. Алмати, Республіка Казахстан 5 -Міжнародний транспортногуманітарний універси тет, м. Алмати, Республіка Казахстан * Авторкореспондент email: taran7077@gmail.com Мета. Запропонувати методологію формування стій ких стратегій транспортноекспедиторських компаній в умовах невизначеності стохастичного середовища тран спортного ринку.…”