Cite Score and Journal Rank of International Journal of Critical Computer-Based Systems

About:

The primary objective of the International Journal of Critical Computer-Based Systems is to advance knowledge in the area of critical computer-based systems by providing a platform for high-quality research and discussion. The journal aims to promote the development of robust, reliable, and secure systems that are crucial for mission-critical applications. It seeks to support researchers and practitioners in addressing the complexities and challenges involved in designing and managing systems that have significant impact on safety and operational efficiency.

Interdisciplinary Approach
The International Journal of Critical Computer-Based Systems embraces an interdisciplinary approach, recognizing that critical systems often require expertise from various fields. The journal encourages contributions that integrate knowledge from computer science, engineering, systems analysis, safety engineering, and other relevant disciplines. This interdisciplinary focus allows for a more comprehensive exploration of critical system issues and the development of innovative solutions.

Impact and Significance
The International Journal of Critical Computer-Based Systems has a significant impact on the field by advancing research and providing insights into the design and management of critical systems. Its findings contribute to improving the reliability, safety, and performance of systems that are vital for critical operations. The journal is valuable for researchers, engineers, and practitioners involved in the development and maintenance of critical systems, as it offers evidence-based solutions and discusses emerging trends and technologies.

Journal Home:  Journal Homepage

Editor-in-Chief:  Dr. Francesco Flammini

scope: International Journal of Critical Computer-Based Systems is a peer-reviewed journal dedicated to advancing the field of critical computer-based systems. The journal covers a wide range of topics related to the design, implementation, and management of systems that are crucial for various applications, including safety-critical, mission-critical, and high-reliability systems.

Safety-Critical Systems:
Research on the development and management of systems where failure can result in catastrophic consequences, such as in aviation, healthcare, and transportation.
Studies on safety requirements, hazard analysis, and risk mitigation strategies.
Case studies on safety-critical system failures and lessons learned.

Mission-Critical Systems:
Exploration of systems that are essential for the success of missions or operations, including military, aerospace, and emergency response systems.
Research on reliability, performance, and redundancy in mission-critical environments.
Analysis of mission-critical system design, testing, and validation.

High-Reliability Systems:
Research on systems designed to provide high levels of reliability and availability, including industrial control systems and financial trading platforms.
Studies on fault tolerance, system recovery, and reliability engineering.
Case studies on high-reliability system implementations and operational challenges.

System Design and Architecture:
Exploration of design principles, methodologies, and architectures for critical computer-based systems.
Research on system modeling, simulation, and verification techniques.
Studies on architectural patterns, design trade-offs, and system integration.

Security and Privacy in Critical Systems:
Research on security measures and privacy concerns specific to critical computer-based systems.
Studies on threat modeling, vulnerability assessment, and incident response.
Exploration of encryption, access control, and secure communication techniques.

System Management and Maintenance:
Research on the management and maintenance of critical computer-based systems, including monitoring, diagnostics, and support.
Studies on lifecycle management, system updates, and configuration management.
Exploration of automated management tools and techniques for maintaining system integrity.

Human Factors and Usability:
Exploration of human factors engineering and usability issues in critical computer-based systems.
Research on user interface design, operator training, and human-system interaction.
Studies on improving system usability and minimizing human errors.

Regulatory and Standards Compliance:
Research on regulatory requirements and standards applicable to critical computer-based systems.
Studies on compliance strategies, certification processes, and audits.
Exploration of the impact of regulatory frameworks on system design and operation.

Emerging Trends and Technologies:
Exploration of emerging technologies and trends that impact critical computer-based systems, such as artificial intelligence, machine learning, and the Internet of Things.
Research on the implications of new technologies for system reliability, safety, and performance.
Studies on the integration of emerging technologies into critical systems.

Print ISSN:  1757-8779

Electronic ISSN:  1757-8787

Abstracting and Indexing:  Scopus

Imapct Factor :  

Subject Area and Category:  Computer Science

Publication Frequency:  

H Index:  14

Best Quartile:

Q1:  

Q2:  

Q3:  

Q4:  Computer Science (miscellaneous)

Cite Score:  0.4

SNIP:  0.065

Journal Rank(SJR):  0.107

Latest Articles:   Latest Articles in International Journal of Critical Computer-Based Systems

Guidelines for Authors: International Journal of Critical Computer-Based Systems Author Guidelines

Paper Submissions: Paper Submissions in International Journal of Critical Computer-Based Systems

Publisher:  Inderscience Publishers

Country:  Switzerland