Aims & Scope
Neutrosophic Systems with Applications (NSWA) aims to provide a focused platform for the development and dissemination of neutrosophic theories, models and methods that address complexity, uncertainty, and imprecision in data-driven environments.
Topics
The primary focus of NSWA is to publish high-quality research that explores neutrosophic theories, including but not limited to neutrosophic sets, neutrosophic logic, neutrosophic probability, neutrosophic statistics, neutrosophic algebraic structures, and their extensions, such as hypersoft sets, plithogenic sets, NeutroAlgebra, and AntiAlgebra. These theories are applied to address complex challenges in modern technology and science, with emphasis on:
- Neutrosophic Decision Making: Including strategic decisions, economic modeling, multiple criteria decision making, and uncertain linguistic approaches.
- Artificial Intelligence and Intelligent Systems: Applications in optimization algorithms, intelligent control, multi-agent systems, medical treatment, and robotics.
- Information Technology and Cybersecurity: Research in cryptography, cybersecurity analytics, privacy-enhancing technologies, and adversarial reasoning.
- Data Science and Analytics: Big data analysis, financial analytics, and intelligent data processing systems.
- Advanced Computing Technologies: Quantum computing, edge computing, cloud networks, and Industry 4.0 applications.
- Wireless Communications and IoT Security: Innovations in internet protocols, malware analysis, and green communications.
- The journal also encourages studies on advanced topics such as uncertainty modeling, neutrosophic cognitive mapping, refined neutrosophic topology, and their integration into modern computing systems.
Types of Articles
NSWA welcomes submissions of:
- Research articles
- Review articles
- Mini-reviews
- Perspectives
- Correspondences
- Comments
- Short communications
- Case studies
