Operational Data Warehouse of the Decision Support System for Organizational Management of the Electricity Market

Ostapchenko, K.B.; Evdokimov, V.A.; Borukaiev, Z.Kh.

doi:10.15407/emodel.44.03.101

Cited by 4 publications

(3 citation statements)

References 6 publications

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“…[7], Lisovychenko, Oleh [8], and, of course, John von Neumann with his pioneering ideas on reliable systems [9].…”

Section: Super-critical Operational Modes In Robotic Systemsmentioning

confidence: 99%

The Super-Critical Operational Modes in Robotic Systems

Humennyi,

Shabala

2024

Pidvodni tehnologii

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Amidst the swift advancements in robotics, the emergence of super-critical operational modes stands distinct, marking conditions that transcend conventional critical benchmarks. Such modes subject robotic systems to unparalleled strains, necessitating unmatched reliability, flexibility, and robustness. This paper probes into the intricacies of super-critical operations, underscoring the imperative for state-of-the-art sensors, heightened adaptability, resilience post-mishaps, intrinsic redundancy, unceasing surveillance, exhaustive pre-launch examinations, and all-encompassing operator education. Tending to these elements is indispensable for preserving the safety and efficacy of robotic systems under intense conditions, thereby fortifying both the apparatus and their associated industries.

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“…[7], Lisovychenko, Oleh [8], and, of course, John von Neumann with his pioneering ideas on reliable systems [9].…”

Section: Super-critical Operational Modes In Robotic Systemsmentioning

confidence: 99%

The Super-Critical Operational Modes in Robotic Systems

Humennyi,

Shabala

2024

Pidvodni tehnologii

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“…In the work Ostapchenko et al, (2022), the structure of the operational data warehouse of the decision support system for organisational management of the electricity market was described, which is used in the construction of a computer modelling system. An example of such a computer system was described in the work of Evdokimov, (2023).…”

Section: Recommendations For Overcoming Challenges and A Successful T...mentioning

confidence: 99%

Innovation In The Energy Sector: The Transition To Renewable Sources As A Strategic Step Towards Sustainable Development

Lukashevych,

Evdokimov,

Polukhin

et al. 2024

AJAR

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Purpose: The purpose of the research is a comprehensive analysis of innovative technologies in renewable energy sources and their strategic importance for sustainable development. Design/Methodology/Approach: This study employs a qualitative research design to explore the strategic transition to renewable energy sources to achieve sustainable development. A qualitative approach is chosen to provide in-depth insights into stakeholders' experiences, perceptions, and motivations in this transition. Relevant documents such as policy reports, strategic plans, and case studies were reviewed to provide contextual background and support the findings. The analysis considers the top 10 countries with the highest Energy Transition Index (ETI) scores for 2023. Data from documents were triangulated to enhance the credibility and reliability of the findings. Findings: The results indicate the need for a paradigm shift in the energy sector by reducing dependence on imported fuels and reorienting to renewable sources. Research Limitation/Implications: Realizing Europe’s potential faces several barriers, including the need for significant investment, developing an enabling regulatory environment and overcoming technological challenges. Practical Implication: The dynamism of the energy sector is having a significant impact on the transition of developed nations to renewable energy sources, as they play a pivotal role in shaping the sustainable future of global energy. Social Implication: Innovations in renewable energy have the potential to radically transform the energy landscape, offering solutions to today’s pressing environmental and economic challenges. Originality/ Value: The novelty of the study lies in a comprehensive analysis of the energy sector and emphasising the strategic importance of renewable energy sources for sustainable development. The study highlights innovative achievements in the field of renewable energy and important challenges faced by the energy transformation process.

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“…The study of SCOMs and strategies for mitigation is imperative for the safety and reliability of automotive systems, drawing attention from various scholars and experts in the field. Notable contributions to understanding and addressing super-critical UNDERWATER TECHNOLOGIES: Industrial and Civil Engineering, Iss.13 (2023), 14-20 modes have been made by experts like Lerman, Kristina [4], Na, Jing [5], Goodwin, Walter [6], Tkach, Mykhailo [7], and Lisovychenko, Oleh [8]. Moreover, John von Neumann's foundational ideas on creating reliable systems continue to be a guiding light in this area of study [9].…”

Section: Introductionmentioning

confidence: 99%

Established Definitions of Super-Critical Operational Modes as Automotive System Requirements

Humennyi,

Humennyi

2024

Pidvodni tehnologii

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This paper introduces and elaborates on Super-Critical Operational Modes (SCOMs) within automotive systems. In the landscape of increasingly software-centric automotive functionalities, SCOMs are pivotal for maneuvering through severe operational disruptions while ensuring vehicle safety and longevity. Distinctly diverging from the traditional focus on normal operational modes and isolated component failures, this research accentuates the imperative need for a systematic understanding and mitigation of SCOMs. A nuanced classification system is proposed for SCOMs: Type I (Mild), Type II (Moderate), and Type III (Severe) intensities, each distinguished by their respective intensity levels, impacts, and recovery complexities. Particularly for Type III SCOMs, an innovative approach rooted in automatic diagnostics, analysis, and internal system restructuring is advocated, thereby obviating the need for external intervention. This framework provides invaluable insights for practitioners, enabling the identification, analysis, and autonomous response to SCOMs, thereby fostering the development of resilient, self-sustaining, and safe automotive systems.

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Operational Data Warehouse of the Decision Support System for Organizational Management of the Electricity Market

Cited by 4 publications

References 6 publications

The Super-Critical Operational Modes in Robotic Systems

The Super-Critical Operational Modes in Robotic Systems

Innovation In The Energy Sector: The Transition To Renewable Sources As A Strategic Step Towards Sustainable Development

Established Definitions of Super-Critical Operational Modes as Automotive System Requirements

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