International Conference on Computational Algebra and Symbolic Computation (ICCOMASC-27)

This track focuses on the latest developments in computational algebra, highlighting innovative algorithms and techniques. Researchers are encouraged to present their findings on new methods that enhance computational efficiency and accuracy.

This session aims to explore various symbolic computation techniques and their applications in solving complex mathematical problems. Contributions that demonstrate the integration of symbolic methods with numerical approaches are particularly welcome.

This track delves into the study of polynomial algebra, emphasizing its theoretical foundations and practical applications. Papers that investigate the role of polynomial structures in various fields of mathematics and engineering are encouraged.

This session is dedicated to the development and analysis of algorithms for various algebraic structures, including groups, rings, and fields. Participants are invited to share novel algorithmic strategies and their implications for computational algebra.

This track highlights the interdisciplinary applications of symbolic computation in scientific research. Presentations that showcase how symbolic methods can solve real-world problems in physics, biology, and engineering are highly encouraged.

This session addresses the computational complexity associated with algebraic problems and algorithms. Researchers are invited to discuss theoretical insights and practical implications of complexity results in computational algebra.

This track focuses on the development and evaluation of software tools designed for algebraic computation. Contributions that assess the usability, performance, and impact of these tools in research and education are welcome.

This session explores the intersection of symbolic computation and statistical modeling, particularly in symbolic regression. Papers that present novel approaches to model identification using algebraic techniques are encouraged.

This track examines the role of geometric algebra in computational mathematics, focusing on its applications and computational techniques. Contributions that bridge geometric insights with algebraic computations are particularly sought after.

This session investigates the interplay between algebraic geometry and symbolic computation. Researchers are invited to present their work on symbolic techniques that address problems in algebraic geometry.

This track is dedicated to innovative algorithms that push the boundaries of traditional algebraic methods. Participants are encouraged to share groundbreaking research that introduces new paradigms in algebraic computation.