## 1 Introduction and Literature Review
Based on the algorithm, the software complex can select a suitable vehicle and foresee the consequences of the solutions suggested. [PERSON] within the Czech Republic identified the critical places that occurred in the transport of oversized cargo [35]. These places have a negative impact on vehicle and traffic safety. Based on these findings, the author summarized several measures to increase road infrastructure and traffic safety. [PERSON] et al. [36], in their article, observed the effect of the transport of oversized/overweight vehicles along the motorway in Greece, as well as its related road infrastructure conditions. The authors studied the procedure of obtaining the permits for excessive load delivery and proposed to amend the permit fee policy, aiming to cover the entire financial burden for this road transport. [PERSON] et al. [37] established a method of safety evaluation for overweight/oversized cargo transport with the use of advanced technology incorporating a sensor and analytic hierarchy process. The authors, during the measurements, gained information on the road gradient and width, height of obstacles, and weight. [PERSON] et al. [38] provided an alternative to road or rail oversized load transport in the form of inland waterway shipping. The research collective analysed the potential and the feasibility of inland waterway shipping of oversized cargo and designed a new adjustment for the infrastructure intended for this kind of transport. [PERSON] et al. [39] proposed a methodology for the selection of vessels, which considered their suitability for oversized cargo transport. The authors considered the net present value and profitability index for the effectiveness assessment of specialized vessel acquisition and operation projects intended for heavy-weight load transport. [PERSON] et al. [40], in their study, identified a system of potential negative impact factors on the ship's operational condition during transport of oversized and heavy cargo. The authors divided the negative factors into two categories--factors occurring during loading and unloading and factors occurring during carriage. [PERSON] et al. [41] describes the process of the transport of large pre-built accelerator components and physics detectors, which are considered oversized cargo. During the transport, a maximum acceleration of 0.1 g and maximum tilt of 1 degree was allowed. This was achieved with the use of transport monitoring. Multiple configurations of vehicle combinations were used, while the biggest trailer configuration had a length of 64 m and a weight of 448 t. [PERSON] and [PERSON] [42] developed a model based on an entropy weight method, cloud model, and TOPSIS method for the selection of an optimal urban transport route for oversized transport from among alternative transport routes with more accuracy and objectivity. Their model considers the subjective and objective weights. This research can be used for the selection of large cargo transportation routes in urban territories, but it only considers oversized transport (e.g., clearance under the bridges) based on the present results from four routes. [PERSON] et al. [4] developed an algorithm for the assessment of heavyweight and oversized cargo transportation routes, which may be considered as a new science approach. Literature research revealed that there is no universal criteria system for route selection for oversized/excessive cargo transport. Their research and analysis allowed them to develop a new system of criteria that was essential for allowing objective assessment of cargo transport processes and comparing the different modes of transport, route sections, and transport and transhipment technologies, and may be adapted to virtually any territory. This new criteria system is not only appropriate for assessing existing cargo transport possibilities in the territory but is also appropriate for planning the long-term routes of transportation of such cargo pursuant to the economic development promotion criteria.