Technical Prerequisites Research Articles

Parents in the Driver's Seat-Experiences of Parent-Delivered Baby-mCIMT Coached Remotely.

Background/Objectives: Recent guidelines on early intervention in children at high risk of cerebral palsy (CP) recommend parental involvement and family-centered home-based interventions with parents as primary trainers. Therapist coaching by home visitation is resource demanding, and telerehabilitation is a viable option for remote intervention and coaching. This study aims to describe parents' experiences of engaging in Baby-mCIMT coached remotely. Their infants are at high risk of unilateral cerebral palsy and the parents have been the primary trainers in regard to home-based intervention, optimizing the use of the affected hand. Methods: A qualitative approach involving semi-structured interviews with eight parents was employed. Data were analyzed using qualitative content analysis. Results: The overarching theme "Parents in the driver's seat-learning through remote coaching to create conditions to enhance the child's motor skills" describes parents' experiences as primary training providers. The following three underlying categories with subcategories were identified: (1) Baby-mCIMT coached remotely in an everyday context-practical and technical prerequisites; (2) the child's response and the therapists' coaching supports active parental learning; (3) capability and sense of control-strengthening and demanding aspects. Conclusions: Our findings revealed that Baby-mCIMT coached remotely empowered the parents as primary trainers, which provided them with opportunities for understanding and learning about their child and their development. The findings underscore the importance of responsive professional guidance and a strong therapist-parent relationship to succeed with the Baby-mCIMT program coached remotely and to manage the digital coaching format.

Multidisciplinary Teams in Musculoskeletal Infection – From a Pathologist’s Perspective

Multidisciplinary team (MDT) meetings have emerged as a promising approach for the treatment of cancer patients. These meetings involve a team of healthcare professionals from different disciplines working together to develop a holistic, patient-centered treatment. Although MDT meetings are well established in oncology, they play a minor role in other diseases. Recent evidence suggests that the implementation of MDT meetings can improve patient outcomes in musculoskeletal infections.The aim of this retrospective, observational study was to present the agenda of our multidisciplinary limb board including live microscopy with a special focus on the pathologist’s role. The descriptive analysis of the limb board included 66 cases receiving live microscopy at the meeting and a total of 124 histopathological findings and 181 stainings. We could elucidate that pathologists seem to play an important role especially in clarifying the correct diagnosis. In 80.3 % of the findings, the pathologist specified the clinical diagnosis of the requesting physician leading to a consensus-based treatment plan for each patient.The implementation of MDT meetings including live microscopy in patients with musculoskeletal infections holds potential benefits, such as improved communication, scientific collaboration, and raising clinicians' awareness and understanding of histopathology findings. However, potential challenges, such as organizational effort and technical prerequisites should be considered.

Design of reconfigurable Huygens metasurfaces based on Drude-like scatterers operating in the epsilon-negative regime

In this study, we investigate the feasibility of designing reconfigurable transmitting metasurfaces through the use of Drude-like scatterers with purely electric response. Theoretical and numerical analyses are provided to demonstrate that the response of spherical Drude-like scatterers can be tailored to achieve complete transmission, satisfying a generalized Kerker's condition at half of their plasma frequency. This phenomenon, which arises from the co-excitation of the electric dipole and the electric quadrupole within the scatterer, also exhibits moderate broadband performance. Subsequently, we present the application of these particles as meta-atoms in the design of reconfigurable multipolar Huygens metasurfaces, outlining the technical prerequisites for achieving effective beam-steering capabilities. Finally, we explore a plausible implementation of these low-loss Drude-like scatterers at microwave frequencies using plasma discharges. Our findings propose an alternative avenue for Huygens metasurface designs, distinct from established approaches relying on dipolar meta-atoms or on core-shell geometries. Unlike these conventional methods, our approach fosters seamless integration of reconfigurability strategies in beam-steering devices.

Organizational and administrative procedures for determining the damage and extent of damage to real property as a consequence of russian aggression

One of today's urgent needs is to provide compensation and indemnification to citizens of Ukraine for damage and destruction of specific categories of real estate objects caused by the military aggression of the Russian Federation. The state tries to protect the property rights of Ukrainians, guaranteeing them the right to compensation or compensation for destroyed or damaged property through national protection methods. In practice, we are still far from applying the procedure for obtaining compensation for damages. However, we must do everything today to record the relevant facts and prepare the necessary documents. Since war crimes do not have a statute of limitations, we are only at the beginning of the formation of practice in this direction. For this purpose, the theoretical principles were analyzed, and practical recommendations were given regarding organizational and management procedures for determining damage and real estate damage due to Russian aggression. Methodology. This research was conducted using an analytical method, which involved a comprehensive analysis of normative legal acts and Ukraine's institutional base. The focus was on the potential for creating a system to protect the property rights of individuals and legal entities in the aftermath of the Russian Federation's aggression. The research object was the legislators and normative-legal national and international documents pertaining to property rights protection. The research results show that in Ukraine, there are legal, institutional, and technical prerequisites for creating a system for calculating damaged and destroyed real estate caused by the Russian Federation's military actions. For the full functioning of the damage compensation system, the existing legislative and regulatory legal framework must be supplemented with legal acts that would allow the regulation in the legal field of the issue of institutional and technical provision of property rights, considering the international system of jurisdiction. Scientific novelty and practical significance. The main problematic tasks that must be solved to build and operate an effective reimbursement system of real estate value are defined. Considering that the solution to this problem is of international importance, the defined system of measures aims to improve the ways of solving this problem. Keywords: aggression, compensation, damages, compensation, property rights, regulatory acts, real estate.

Business models on the basis of digital infrastructure data

The project Ready for Smart City Robots (R4R) is developing strategies for the detailed capture of infrastructural environmental parameters. These are intended to be utilized for autonomous mobility and logistics applications on pedestrian and bicycle paths. The project evaluates the quality and completeness of data for Smart City concepts, using examples from (autonomous) micro-mobility in logistics and transportation. The results encompass the following areas: firstly, the identification of necessary environmental information for environmentally friendly, automated last-mile logistics, along with a continuous data collection method for up-to-date information. Secondly, the examination of various integration scenarios for autonomous delivery services and an autonomous bicycle rental system in rural areas. This includes the development of application scenarios and the scientific support of the prototype construction of the necessary technical prerequisites for the data/sensor boxes. The following outlines the business model potentials for data collection, autonomous micro-mobility, sharing services, and Smart City applications.

Морський кадастр: українські реалії в контексті світового досвіду

The purpose of this study is to attract the attention and awareness of state authorities and local self-government bodies, specialists and the public to the role of the marine cadastre in the economy of Ukraine and to initiate a discussion on the subject of its creation and functioning. To achieve the goal, an analysis of the current state of the maritime cadastre in a number of foreign countries and in Ukraine was performed.Method. In the process of conducting this research, an analytical method was used. In particular, the structure, management methods and functioning of the marine cadastral systems of the USA, Canada, Australia, Malaysia and a number of European countries have been studied. An analysis of the regulatory and legal acts and the institutional base of Ukraine for the possibility of creating a system of the country’s maritime cadastre was carried out. The object of the study was the sea water areas of the Ukrainian Azov-Black Sea basin and the coastal protective strips of the seas. The research results show that there are legal, institutional and technical prerequisites for the creation of a marine cadastral system in Ukraine. For the full functioning of the marine cadastre system of Ukraine, it is necessary to supplement the existing legislative and regulatory framework, which would allow to regulate in the legal field the issues of institutional and technical support of the cadastre, as well as its administration.When creating a marine cadastre, one should observe an important principle: the land-sea environment is a complete natural-territorial complex. Scientific novelty and practical significance.. The main problems that must be solved in order to build and operate an effective marine cadastre system in Ukraine are defined. Given the fact that coastal territories and the marine environment should be considered as integral natural complexes, in terms of organizational and management, the administrators of the marine cadastre at this stage can be the structural subdivisions of the State Geocadastre and the State Hydrography of Ukraine.

Stereotactic radiotherapy: An educational narrative review

AbstractStereotactic radiotherapy is a term collectively used to describe the radiation treatment techniques that allow for the delivery of highly precise ionizing radiation. It is usually a high dose per session in single or few fractions. This treatment approach has been in medical use for over six decades and has primarily evolved in the last two decades. Many patients benefit from this unique non‐conventional radiotherapy approach. Its indications include various malignant, benign and functional problems in cranial and body sites. This technique is not widespread in developing countries compared to developed countries. This work is an educational narrative review for learners in radiation oncology. We aim to share the knowledge of this practice to improve precision radiation oncology globally. This review summarizes the basics of stereotactic radiotherapy, the technical prerequisites, the clinical considerations, the practical recommendations and the learning points from each site‐specific region.

Electrolytic capacitor surface defect detection based on deep convolution neural network

The existing methods for detecting surface defects in electrolytic capacitors are typically based on conventional machine vision, with limited feature extraction capabilities, poor versatility, slow detection speed, and the inability to achieve accurate and real-time defect detection. In this study, a real-time object detection algorithm based on an improved single shot multibox detector (SSD) is proposed to achieve omnidirectional surface defect detection of electrolytic capacitors. First, an electrolytic capacitor surface image acquisition device was established to capture omnidirectional surface images of the capacitors, and an electrolytic capacitor surface defect dataset was created. Next, the visual geometry group (VGG)-16 network structure was replaced with the MobileNetv2 network structure, effectively reducing the model’s parameter count and improving inference speed. Moreover, the Multibox Loss function was replaced with the Focal Loss function to increase the model’s attention to difficult-to-classify samples and improve model accuracy. Additionally, a transfer learning network model was designed to apply the model to electrolytic capacitors of different colors using small sample learning. Finally, the performance of the improved network model was tested on a dataset of electrolytic capacitor surface defects. The experimental results demonstrate that the parameters quantity of improved model is 3.50 M, the mAP value reaches 92.67 %, which is improved by 2.54 %, and the Macro-F1 value reaches 92.15 %, which is 11.32 % higher than that before improvement. Thus, the proposed improved SSD model provides a theoretical basis and technical prerequisites for automated and intelligent surface defect detection in electrolytic capacitors.

Analysis of Technical Condition of Cars in Western Poland: A Study Based on Selected Indicators

(1) Background: Ensuring road user safety relies on the optimal technical condition of cars, addressing both active and passive safety measures. In Poland, vehicle regulations, articulated in the Minister of Infrastructure’s decree of 31 December 2002, establish technical prerequisites and necessary equipment. For this purpose, the main question was: What is the current technical condition of cars on the road in Western Poland? (2) Methods: A total of 1067 vehicles were tested, reflecting a maximum error of 3% in a population of 20 million cars. Tests were conducted at the diagnostic station from 1 October 2022 to 30 September 2023. Statistical analysis was conducted using STATISTICA software. (3) Results: Periodic technical tests yield insights into passenger car safety standards in western Poland. The application of formulated characteristics allows a comprehensive evaluation, providing valuable information on the overall safety condition of inspected vehicles. The vehicles in Poland have an average age exceeding 14 years, and their average mileage is 168,000 km. (4) Conclusions: The examination uncovered various technical defects and provided statistical interpretations, unequivocally demonstrating that these identified issues have the potential to impact traffic safety. Such studies act as a reference point for other researchers addressing the broader issue of road traffic.

Organizational and technical prerequisites for effective agronomic interpretation of the results of remote sensing of the field surface

Annotation Purpose. Improving the efficiency of using remote sensing data on the field surface. Methods. Analysis of the prospects for the use of remote sensing information on the field surface in agro-industrial production. Synthesis of remote sensing data of the field surface with the system of their agronomic interpretation in accordance with DSTU 3956-2000. Technical means of measurement and control in industrial processes. Part 1. Basic concepts. Terms and definitions. Results. General algorithm and structure of software and hardware for the use of remote sensing information of the field surface and its agronomic interpretation. Conclusions. An important element of the effective use of remote field surface monitoring information is its agronomic interpretation. The efficiency of agronomic interpretation of the results of remote monitoring of the state of fields can be significantly increased through the use of appropriate software and hardware. The share of growth in agricultural efficiency in the world after the introduction of satellite technologies for sensing the field surface is more than 5 %. Keywords: remote sensing, field orthophotomap, agronomic interpretation, efficiency.

A Scoping Review on Analysis of the Barriers and Support Factors of Open Data

Background: Using personal data as Open Data is a pervasive topic globally, spanning various sectors and disciplines. Recent technological advancements, particularly in artificial intelligence and algorithm-driven analysis, have significantly expanded the capacity for the automated analysis of vast datasets. There’s an expectation that Open Data analysis can drive innovation, enhance services, and streamline administrative processes. However, this necessitates a legally and ethically sound framework alongside intelligent technical tools to comprehensively analyze data for societal benefit. Methodology: A systematic review across seven databases (MEDLINE, CINAHL, BASE, LIVIVO, Web of Science, IEEExplore, and ACM) was conducted to assess the current research on barriers, support factors, and options for the anonymized processing of personal data as Open Data. Additionally, a supplementary search was performed in Google Scholar. A total of n=1192 studies were identified, and n=55 met the inclusion criteria through a multi-stage selection process for further analysis. Results: Fourteen potential supporting factors (n=14) and thirteen barriers (n=13) to the provision and anonymization of personal data were identified. These encompassed technical prerequisites as well as institutional, personnel, ethical, and legal considerations. These findings offer insights into existing obstacles and supportive structures within Open Data processes for effective implementation.

Towards Homological Methods in Graphic Statics

Recent developments in applied algebraic topology can simplify and extend results in graphic statics – the analysis of equilibrium forces, dual diagrams, and more. The techniques introduced here are inspired by recent developments in cellular cosheaves and their homology. While the general theory has a few technical prerequisites (including homology and exact sequences), an elementary introduction based on little more than linear algebra is possible. A few classical results, such as Maxwell's Rule and 2D graphic statics duality, are quickly derived from core ideas in algebraic topology. Contributions include: (1) a reformulation of statics and planar graphic statics in terms of cosheaves and their homology; (2) a new proof of Maxwell's Rule in arbitrary dimensions using Euler characteristic; and (3) derivation of a novel relationship between mechanisms of the form diagram and obstructions to the generation of force diagrams. This last contribution presages deeper results beyond planar graphic statics.

Interconnection Study in Utilizing of Solar Energy for 150 MW Photovoltaic Power Generation through 150 kV Transmission Line

The interconnection of utility-scale photovoltaic (PV) power plants with the electric grid is a crucial factor that requires comprehensive analysis and assessment. The focus of this research article is on a specific photovoltaic (PV) power plant that is planned for construction in the X Power System located in Indonesia which has 150 MW capacity which has intermittent behavior, experiencing fluctuations in power generation based on the availability of sunlight and the cloud movement. The objective of this paper is to explore the feasibility, technical prerequisites, and potential solutions for the successful integration of the PV power plant into the existing power system. Multiple investigations will be carried out, which is Load Flow, Short-Circuit, and Transient Stability analyses, with the aim of assessing the consequences of linking the PV power plant to the existing power system. Consequently, it is vital to model the X power system conditions prior to the interconnection process. Moreover, modeling an intermittent PV power plant necessitates different approaches compared to conventional power plants. According to the research findings from load flow analysis, the voltage levels near the interconnection point, both prior to and after linking the PV Power Plant, remain within permissible bounds of +5% and -10%. Furthermore, there are no constraints on the load capacity of the transmission lines and Interbus Transformers (IBT) either prior to or following the integration of the PV Power Plant. The short-circuit current around the point of interconnection experiences a marginal increase, and it is advisable to employ circuit breakers (CB) rated at 40 kA for both the PV Power Plant and the switching station. Furthermore, the power system exhibits resilience in preserving its stability, even in scenarios involving abrupt power loss or intermittent generation from the PV Power Plant. These situations can result from unexpected outages or variations in solar radiation. The interconnection of the 150 MW PV Power Plant can be implemented without significant adverse effects on the system's voltage, loading capacity, and stability.

A critical assessment of islanding detection methods of solar photovoltaic systems

This study identifies inadvertent islanding in electrical networks incorporating Distributed Generators (DGs). With the global rise of DG deployment, it becomes imperative to scrutinize their influence on the network and guarantee that anti-islanding protective systems can accurately discern such conditions. However, it is equally important to prevent false alarms that might result in unwarranted DG disconnections during unrelated incidents. Fulfilling these stringent technical prerequisites is a fundamental aspect of ensuring the safe and dependable functioning of the electrical grid. Consequently, this investigation aims to comprehensively explore the scholarly discourse surrounding islanding detection methodologies for distributed generators. The manuscript assesses various methods for detecting islanding phenomena, spanning passive, active, and remote techniques. These include under/over voltage, Sandia frequency/voltage shift, Sandia frequency shift, and under/over frequency protection mechanisms. It offers an exhaustive review of diverse techniques to identify islanding in distributed generation networks, studying their respective merits, demerits, and overall efficacy in pinpointing this condition. Thus, this research holds paramount importance in bolstering the dependability of electrical networks incorporating DGs. It aids in advancing anti-islanding protection systems that satisfy crucial technical specifications.

Choice of the method of allohernioplasty in patients with primary ventral hernias in combination with diastasis of the rectus abdominal muscles under the conditions of the metabolic syndrome

The purpose of the work. Based on the analysis of the surgical treatment of patients with primary ventral hernias in combination with diastasis of the rectus abdominis under the conditions of the metabolic syndrome, develop technical prerequisites for increasing the safety of surgical interventions in this category of patients.Materials and methods. In the period from 2016 to 2022, an in-depth comprehensive examination of 283 patients operated on for primary ventral hernia, primary ventral hernia with concomitant diastasis, and isolated diastasis of rectus abdominis muscles was conducted. Patients were divided into groups according to the periods of surgical treatment of patients. For this purpose, two periods were formed: from 2016 to 2019 and from 2020 to 2022. In the first period, 174 (61.48%) patients were examined and operated on. These patients formed the comparison group. The main group corresponding to patients who were treated in the period from 2020 to 2022 consisted of 109 (38.52%) people. Patients were examined according to standard protocols. The number and nature of early postoperative complications were studied in both groups according to the types of surgical interventions performed.The results. It has been proven that local complications significantly prevailed in the comparison group, which is explained by a significant number of performed native tissue and onlay hernioplasty. Thus, prolonged lymphorrhea in the period from 2016 to 2019 was observed in 11 people and mainly after onlay operations, the number of which was twice that of the main group. In the period after 2020, this complication occurred only within 3.67%. The best results were obtained in the group of patients who underwent Sublay hernioplasty - "Capromesh" mesh in combination with PRP. Performance of video-assisted E-Milos operation in the main group was characterized only by the presence of a hematoma in the area of the postoperative wound. The highest recurrence rate was noted in patients after performing proper tissue hernioplasty, and under the conditions of performing onlay hernioplasty. When laparoscopic hernioplasty was performed, only 1 recurrence was observed. No relapses were observed in the group of patients who underwent video-assisted E-Milos surgery with "Capromesh" mesh in combination with PRP.Conclusions. For patients with a primary ventral hernia in combination with diastasis of the rectus abdominis under conditions of the metabolic syndrome, the use of the "Capromesh" mesh in combination with PRP during the Sublay operation and the video-assisted E-Milos operation is the most promising in view of the most favorable features of the remodeling of the structures of the anterior abdominal wall. Performance of laparoscopic hernioplasty and video-assisted E-Milos surgery using the "Capromesh" mesh in combination with PRP should be prioritized especially in groups of patients with existing metabolic syndrome, which allows to significantly reduce the number of postoperative complications.

Ethical-Legal Models of the Society Interactions with the Artificial Intelligence Technology

Objective: to explore the modern condition of the artificial intelligence technology in forming prognostic ethical-legal models of the society interactions with the end-to-end technology under study.Methods: the key research method is modeling. Besides, comparative, abstract-logic and historical methods of scientific cognition were applied.Results: four ethical-legal models of the society interactions with the artificial intelligence technology were formulated: the tool (based on using an artificial intelligence system by a human), the xenophobia (based on competition between a human and an artificial intelligence system), the empathy (based on empathy and co-adaptation of a human and an artificial intelligence system), and the tolerance (based on mutual exploitation and cooperation between a human and artificial intelligence systems) models. Historical and technical prerequisites for such models formation are presented. Scenarios of the legislator reaction on using this technology are described, such as the need for selective regulation, rejection of regulation, or a full-scale intervention into the technological economy sector. The models are compared by the criteria of implementation conditions, advantages, disadvantages, character of “human – artificial intelligence system” relations, probable legal effects and the need for regulation or rejection of regulation in the sector.Scientific novelty: the work provides assessment of the existing opinions and approaches, published in the scientific literature and mass media, analyzes the technical solutions and problems occurring in the recent past and present. Theoretical conclusions are confirmed by references to applied situations of public or legal significance. The work uses interdisciplinary approach, combining legal, ethical and technical constituents, which, in the author’s opinion, are criteria for any modern socio-humanitarian researches of the artificial intelligence technologies.Practical significance: the artificial intelligence phenomenon is associated with the fourth industrial revolution; hence, this digital technology must be researched in a multi-aspectual and interdisciplinary way. The approaches elaborated in the article can be used for further technical developments of intellectual systems, improvements of branch legislation (for example, civil and labor), and for forming and modifying ethical codes in the sphere of development, introduction and use of artificial intelligence systems in various situations.

A Web-Application for Measuring Spatial Accessibility in Health Planning

Abstract. The planning of health care facilities and the analysis of the medical care situation are complex topics that generally involve geographical and, specifically, settlement topographical, methodological, data-driven aspects. However, formal analyses and planning in the field of healthcare usually only touch on the aspects or do not fully include some of them. As a result, the complex situation is often not accurately. This paper addresses the multidimensional challenges planners and analysts face. Solutions to overcome these hurdles thanks to improved data availability and more advanced technical and methodological possibilities are presented. For this purpose, a Web-Application is proposed that enables planners without GIS knowledge to interact with method components via parameter adjustments. Subsequently, it is examined whether the technical prerequisites for the implementation of a Web-Application for health planning, in particular for outpatient demand planning and analysis, are given and make a proposal for implementation. Finally, the advantages, disadvantages and possible complications of using this Application in health planning and analysis, including critical points of implementation, will be addressed.

New Bottles for Old Wine? On Playing God: Post- and Transhumanism from the Perspective of Kalām

Abstract Post- and transhumanist discourses have evolved out of the humanist discourse and deal with the social, economic, and ethical challenges that arise in the wake of technological advances. These are questions such as the following: If the technical prerequisites are met, should we support human cloning, radical life extension, or the creation of artificial bodies into which we can upload our minds? Although there are numerous publications by Muslim legal scholars contributing to the posthumanist discourse within the framework of the bioethical discourse, there is still little to no scholarship tackling the post- and transhumanist discourse from the perspective of kalām, the systematic theology of Islam. So far, only a few articles that approach this task can be identified. This article gives an overview of the core theological positions of Muslim researchers in post- and transhumanist discourse and offers a systematic critical analysis of the presented contributions from the perspective of kalām. It argues that the Critical Posthumanist approach provides a fertile ground for Muslim scholars to contribute in. Hence it can also be read as a contribution to the emerging scholarly field of new kalām (kalām al-jadīd).

Brain Fragments: Daily Notes and Reminiscences.

Lars Leksell was instrumental in stereotactic radiosurgery that he invented. Not only did he create stereotactic radiosurgery conceptionally, but, with the Gamma Knife, he also developed its technical prerequisites. Leksell died in 1986. Late in his life, he wrote the book “Brain fragments” in Swedish not as a true biography but as an episodic novel of his life. Hence, the current book is not new, but the current translation is. Leksell's son Dan translated his father's memories discretely but closely. These are the memories of one of the most formative neurosurgeons of the 20th century. In impressive simplicity and modesty, the stations of his life are shaped by the craftsmanship of the surgeon and by the creativity of the inventor, and are defined by the frustration and success of the academic neurosurgeon, all, by essence, being the expression of his joy of life. His ludic drive, courage, and the aesthetic of technical perfection were Leksell's incitement, which appear today as ingenious.

Evaluation of the Economic, Ecological and Ethical Potential of Big Data Solutions for a Digital Utopia in Logistics

In the context of digital transformation and the use of big data technologies, this study shows the potential and possible applications associated with using big data, depending on the respective logistics area. The evaluation of this potential follows a logistical target system, which has been expanded to include ethical and sustainable aspects in line with the challenges of the 21st century. Furthermore, the status quo of the degree of digitization is determined, problems in understanding the terminology are shown, and cognitive and technical prerequisites and recommendations for action concerning the use of big data technologies (e.g., cobots) are derived. The survey methodology was based on a quantitative research method in the form of a survey. The article aims to provide the building blocks for a holistic approach (economic, ecological, and social) for politics and companies and to derive recommendations for action in logistics. The challenge is to find an alternative to conventional research, which examines big data almost exclusively for growth targets and optimization potential. Ecological and social goals should also be included here as an unchangeably fixed point and a normative limit as a value compass for business decisions. To close this research gap, it is necessary to evaluate the potential of logistics in connection with big data solutions to derive specific applications, their applications, and recommendations for action. This article presents an excerpt of the results.