Expected topics to be covered in this Conference are Computer Science, Applications of Computer Science in Special functions and other branches of Mathematics, Hypergeometric Series ordinary and basic both , Number Theory, Fractional Calculus, Special Functions, Lie theory, Orthogonal polynomials, Partition theory, Continued fractions, Combinatory analysis and other interesting works of Srinivasa Ramanuan.
This workshop will focus on the theoretical insights developed via illustration, visualization, and computational experiment in dynamical systems and probability theory. This workshop, sponsored by AIM and the NSF, will be devoted to studying geometric realizations of Langlands functoriality via cycles on Shimura varieties.
The aim of this workshop is to bring together researchers working in Differential Geometry and Non-associative algebras in order to develop this theme and enhance collaborations. We will also provide mini-courses aimed at PhD students and young researchers. We aim to create a network of mathematicians from various universities e. We will invite specialists in both domains to compare the different viewpoints.
The scientific program will include two mini-courses on Differential Geometry involving algebraic tools like non-associative algebras and 22 talks. One can publish their work as Peer Reviewed Journal Publication also. The authentication of information lies at the core of our legal system, our democracy, and many other aspects of our society.
Is a photograph or video real, or has it been doctored? Can we believe what we see? Coupled with the erosion of trusted sources, and fueled by current developments in machine learning, the proliferation of automated methods for fabricating information so-called "deep fakes" represent a new stage in the "arms race for truth. Escaping the arms race dynamic will require the development and deployment of technical, social, and legal countermeasures.
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What should those countermeasures be? And who should deploy them? Our workshop aims to explore such questions. Louis, MO. The conference brings together undergraduate scholars, graduate students, faculty, and other mathematical science professionals who comprise the Alliance community for a weekend devoted to advancing the goals of the Alliance. Namely, to produce more doctorates among underrepresented minorities in the mathematical sciences. The conference focuses on preparing students for graduate school through mentoring, and on building our Alliance community.
There will be a graduate fair with many programs exhibiting, a career fair where many of our graduating and recent doctorates can be recruited, multiple panels with a focus on student success, best mentoring practices, and professional development , as well as featured speakers. We will have updated information in the months preceding the conference.
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The main objective of this conference is to provide forum for the researchers, eminent academicians, research scholar and students to exchange ideas, to communicate and discuss research findings and new advancements in varied branches of mathematical sciences and its impacts on other disciplines. The scope of CMAA shall be Modern Analysis and the related area and their applications mathematics and other sciences including those in industry.
CMAA is expected to serve an excellent platform to inculcate research interest among young minds on in the areas to be covered in the conference. Holomorphic differentials on Riemann surfaces have long held a distinguished place in low dimensional geometry, dynamics and representation theory.
In some cases the areas themselves such as stability conditions on Fukaya-type categories, links to quantum integrable systems, or the physically derived construction of so-called spectral networks are new, while in others the novelty lies more in the role of the holomorphic differentials for example in the study of billiards in polygons, special - Hitchin or higher Teichmuller - components of representation varieties, asymptotic properties of Higgs bundle moduli spaces, or in new interactions with algebraic geometry.
The goal of this conference is to gather people interested in holomorphic interpolation and related subjects, including sampling theory, uniqueness problems, and reproducing kernel Hilbert spaces. Related results and methods from this area of research play a fundamental role in different branches of modern analysis.
For example, Carleson's well-known characterization of interpolating sequences in the algebra of bounded analytic functions in the unit disk and the subsequent solution of the corona problem were groundbreaking results and continue to generate activity in analysis. In the Hilbertian situation, interpolation, uniqueness, and sampling translate to geometric properties of reproducing kernels. After orthonormal sequences, Riesz sequences of such kernels which are related to interpolation represent the second best family one can expect in a Hilbert space.
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In this workshop we will explore how to use physical intuition and ideas to design new classes of machine learning ML algorithms. Physics-inspired sampling algorithms could be used to train ML structures or sample the hyper-parameter space e. Finally, physical insight could be used to enhance learning in the situation of scarce data by enforcing smoothness, differentiability or other physical properties relevant to a given problem.
We will also explore the use of Koopmans' theorem to design learning algorithms for dynamical systems. Finally, we will discuss and try to promote theories from physics and mathematics that can help us understand and systematize the deep learning framework. The academic program of the conference will provide a unique meeting point for researchers, academics and students to interact and discuss their research ideas and present the latest enhancements and innovations in interdisciplinary mathematics, statistics and computational intelligence.
The conference will consist of keynote addresses, invited talks, plenary talks, oral and poster presentations, symposia on different themes and best paper award competitions.
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This conference is organized around the theme "Era of Physics Innovations and Mathematical Excellence", which covers a wide range of critically important sessions from basic research to latest innovations in the field of Applied Sciences. Larix International is delighted to welcome to the "International Conference on Mechatronics and Robotics", scheduled in Kuala Lumpur, Malaysia during November , The aim of the school is to bring together experts in the field and young researcher.
There will be five minicourses, given by internationally leading experts, aimed at Master's and PhD students and postdocs, and provide an introduction to a research field of current interest. Young researchers may apply to give a short communication. World Applied Physics and Mathematics Congress is the premier event that brings together a unique and International mix of experts, researchers from academia and industry across the globe to exchange their knowledge, experience and research innovations in Applied Physics and Mathematics.
We look forward to welcoming you to the beautiful city of Malaysia. Applied Physics and Mathematics Conferences will lay a platform for world-class professors, and scientists, experts, researchers, to discuss an approach for World Applied Physics and Mathematics. World Congress on Applied Physics and Mathematics welcomes the Professors, Research scholars, Industrial Professionals, and student delegates from Applied Physics and Mathematics sectors to be a part of it. The meeting will bring together researchers in the theory of Hyperplane Arrangements with the eighth Japanese-Australian workshop on Real and Complex Singularities.
It will also serve as a memorial conference for Stefan Papadima. Our conference aims to synthesize complementary points of view coming from distant fields: the analytic approach in the classical theory of zeta and L-functions, the theory of Artin L-functions in connection with the Langlands program, zeta and L-functions coming from arithmetic geometry in the spirit of the Weil conjectures, zeta functions arising in dynamics, etc. One of the original aspects of the project lies in the interaction between theoretical considerations and numerical and algorithmic features for diverse families of zeta and L-functions.
Rather than a meeting meant for experts in a particular topic we will put the emphasis on the exchange of ideas between people coming from related fields in Number Theory and on inviting young researchers and students to further pursue the study of these interactions that have already proven fruitful and that we believe are still very promising. The goal of this three days conference is to bring together the community to discuss recent developments in Non-associative algebra, Non-Commutative algebras, Coding Theory, Cryptology and Information Security.
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Data Mining and Big data is one of only a few conferences that approach the big data, data mining, and machine learning conversation from the academic, industry and business perspectives. We've investigated a group of audience commitment, the client venture, development pathways, rising innovation patterns, and the sky is the limit from there.
Meet global experts in Nano Science and Nano technology at the upcoming world's best Advance Nanotechnology conference scheduled at Bangkok, Thailand.
Limit Theorems for Branching Processes with Random Migration Stopped at Zero
The International Conference on Semigroups Algebras and Applications ICSAA will be an excellent occasion for young researchers and experts in semigroups, algebras and related areas to come together exchange their views, ideas and research findings. Automatic learning is at the heart of the advances currently being made in Artificial Intelligence for digital data processing.
In particular, deep neural networks deep learning are amazing in their ability to accurately solve classification and prediction tasks. There are other approaches in automatic learning, sometimes more effective depending on the real issues to be addressed. This course provides an overview of the methods available "on the shelf", with underlying mathematical considerations. The objective of this training course is to present the fundamentals of automatic learning, from the algorithmic, theoretical and practical points of view.
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It is divided into two phases: the first phase is an introduction to the essential concepts, while the second phase consists in an advanced course. This workshop, sponsored by AIM and the NSF, will be devoted to improving the quality of open educational resources and increasing their adoption. Specifically, the workshop seeks to transform open textbooks to better support instructors in the assessment of students. The proposal is to have a major conference concentrating on recent advances in Thermodynamic Formalism. There has not been a major meeting focused specifically on this topic in recent years and so, given the speed of progress in the area, it seems particularly timely.
This is an established area which has seen some significant and exciting developments in recent years. The emphasis would be on recent developments and their implications for future research. The themes will be: 1 Transfer operators and anisotropic Banach spaces 2 Gibbs measures and Geometry 3 Moduli spaces and flows 4 Probability measures and statistical properties 5 Fractal Geometry.
The conference covers all areas of combinatorics in mathematics and computer science. This workshop provides an interdisciplinary platform for computational and experimental research in extended Liquid crystals LCs -like systems, and how these approaches can yield new theoretical insight for novel LC systems.