NCAF and HFF Collaboration:
The collaboration between the Natural Computing Applications Forum (NCAF) and the International Journal of Numerical Methods for Heat and Fluid Flow (HFF) stands as a significant alliance, enriching the foundation of the WISE Symposium. Established in 1993, NCAF has cultivated a community of natural computing practitioners, providing a platform for the exchange of expertise and ideas in a friendly and low-cost environment, with a particular focus on AI, digital, and deep learning.
HFF, a distinguished journal in Mathematics, Interdisciplinary Applications, Mechanics, Thermodynamics, Aerospace Engineering, Mechanical Engineering, and Miscellaneous Engineering, serves as a key platform for cutting-edge research in computational techniques for heat and fluid flow problems. The collaboration combines NCAF's dedication to emerging technologies with HFF's role in advancing computational methods for engineering challenges, creating a multidisciplinary platform at the nexus of deep learning, digital twins, and physics-based simulations.
It's important to note that NCAF owns and manages the WISE Symposium. While there is no direct financial relationship with HFF, this collaboration allows all HFF authors to benefit from registration discounts. The symposium platform also comprehensively covers all topics addressed in the HFF journal.
- Vision and Mission:
Driven by the belief in tangible results, WISE Symposium aims to inspire research with real-world implications, emphasising meaningful impact. These values guide WISE Symposium, creating a dynamic and influential platform for global collaboration and academic excellence.
- Values and Principles:
Driven by the belief in tangible results, WISE Symposium aims to inspire research with real-world implications, emphasizing meaningful impact. These values guide WISE Symposium, creating a dynamic and influential platform for global collaboration and academic excellence. Championing novel approaches, WISE Symposium encourages innovative thinking to address contemporary and future engineering challenges.
At our core, we believe in the power of collaboration, fostering diverse perspectives and collective intelligence among global researchers. WISE Symposium is committed to inclusivity, welcoming and valuing researchers from all corners of the world for a truly global academic exchange.
- Global Impact:
Building a Knowledge Repository for Academic Advancement: WISE Symposium harbours the ambition of transforming its featured posters, 100-word layperson summary and two and half minute video presentations into a publicly accessible repository. This repository will serve as a dynamic showcase, allowing academics to share their ground-breaking research with a global audience.
By making these contributions public, WISE aims to contribute to the democratisation of knowledge, providing an invaluable resource for scholars, students, and enthusiasts eager to explore the forefront of deep learning, digital twins, and physics-based simulations.
As WISE progresses, this repository will continue to expand, becoming a lasting testament to the symposium's commitment to advancing academic understanding and fostering collaborative exploration.