International Conference on Innovative Trends in Mathematics and Intelligent Systems (ITMIS)


In the rapidly evolving landscape of scientific and technological advancement, mathematics and intelligent systems stand as two of the most dynamic and transformative disciplines. The International Conference on Innovative Trends in Mathematics and Intelligent Systems (ITMIS 2026) aims to bring together a vibrant community of academicians, researchers, industry professionals, and students from around the world to explore the latest innovations, trends, and applications that are shaping the future of mathematical sciences and intelligent technologies. This premier event serves as a global platform to exchange ideas, share research findings, and foster collaborations that can drive progress in both theoretical understanding and practical implementation.

The conference’s vision is to bridge the gap between classical mathematical theory and emerging intelligent computational paradigms. By fostering dialogue across domains, ITMIS 2026 seeks to highlight how the convergence of mathematics, artificial intelligence (AI), data science, and computational intelligence can address complex challenges in modern science, engineering, healthcare, economics, and sustainable development. This interdisciplinary spirit defines the essence of the conference to inspire innovation at the intersection of logic, learning, and technology.

The Rationale and Relevance of the Conference

The 21st century has been marked by an exponential rise in data generation, automation, and intelligent decision-making systems. These developments have redefined how we model, predict, and interpret real-world phenomena. Mathematics remains the backbone of this revolution from algorithms that drive AI models to optimization techniques that enhance resource efficiency. In tandem, intelligent systems encompassing artificial neural networks, fuzzy logic, expert systems, and hybrid computational models have evolved into indispensable tools for problem-solving across diverse fields.

However, the true potential of these technologies can only be realized through interdisciplinary collaboration and innovative mathematical thinking. Recognizing this imperative, ITMIS 2026 has been conceived as a platform that unites mathematicians, computer scientists, engineers, and applied researchers under one umbrella. The conference provides a fertile ground for discussing new theoretical frameworks, algorithmic developments, and real-life applications that are shaping the world’s scientific and industrial ecosystems.

At a time when global priorities are centred around sustainability, security, and intelligent automation, this conference aligns itself with the vision of integrating Mathematics and Intelligent Systems to create holistic, adaptive, and human-centric solutions. The focus on innovation and interdisciplinary integration underscores the importance of mathematics not as a standalone discipline, but as an enabler of intelligent progress in the digital era.

The conference is driven by the vision of Viksit Bharat @2047, which seeks to position India as a global leader in innovation, technology, and sustainable development by its 100th year of independence. Mathematics and computational intelligence form the twin pillars of this aspiration empowering research, governance, and industry through precision, logic, and automation. By integrating these modern scientific approaches with Indian Knowledge Systems (IKS), the conference aims to highlight the synergy between India’s rich intellectual heritage and contemporary scientific advancements.

 

Scope of the Conference

The International Conference on Emerging Trends in Mathematical and Intelligent Systems aims to explore the diverse and evolving dimensions of mathematics and intelligent technologies that contribute to sustainable scientific, industrial, and societal advancement. The conference will serve as a platform for sharing research outcomes, innovative ideas, and emerging methodologies that integrate mathematical principles with intelligent computational systems.

The scope of the conference includes, but is not limited to, the following thematic areas:

Conference Tracks / Themes

The International Conference on Emerging Trends in Mathematical and Intelligent Systems invites contributions across a broad spectrum of themes reflecting the interdisciplinary nature of mathematics and computational intelligence. The conference encourages submissions that address theoretical advancements, innovative methodologies, and practical applications.

The papers will be presented in oral and poster formats, allowing authors to showcase their research, engage with participants, and promote discussion on emerging ideas in mathematics and intelligent systems.

The major tracks include, but are not limited to, the following areas:

Track 1: Mathematical Sciences

•     Pure and Applied Mathematics

•     Differential Equations and Dynamical Systems

•     Algebra, Geometry, and Topology

•     Mathematical Analysis and Modelling

•     Numerical Methods and Approximation Theory

•     Mathematical Physics and Fluid Dynamics

Track 2: Computational and Data-Driven Approaches

•     Computational Mathematics and Simulation

•     Data Science, Statistics, and Probabilistic Modelling

•     Scientific and High-Performance Computing

•     Mathematical Modelling for Sustainable Development

•     Optimization Techniques and Operations Research

•     Computational Finance and Econometrics

Track 3: Intelligent and Smart Systems

•     Artificial Intelligence and Machine Learning

•     Fuzzy Logic, Neural Networks, and Deep Learning

•     Hybrid and Evolutionary Computing Techniques

•     Pattern Recognition and Image Processing

•     Intelligent Control and Automation Systems

•     Decision Support Systems and Predictive Analytics

Track 4: Cryptography, Security, and Emerging Technologies

•     Cryptographic Algorithms and Network Security

•     Blockchain and Quantum Cryptography

•     Cybersecurity and Secure Data Transmission

•     Computational Intelligence in Cyber Defense

•     Information Security using Mathematical Models

•     Smart Technologies for Sustainable and Secure Systems

Track 5: Interdisciplinary Applications

•     Mathematical Applications in Engineering and Physical Sciences

•     Intelligent Systems in Healthcare and Bioinformatics

•     Mathematical Modelling in Environmental and Energy Systems

•     Computational Approaches in Social Sciences and Humanities

•     Integration of Mathematics with Indian Knowledge Systems (IKS)