Ms. Lingxiao Qu – kernel method – Best Researcher Award

Ms. Lingxiao Qu - kernel method - Best Researcher Award

The University of Aizu - China

Author Profile 

ORCID 

🎓 Early academic pursuits

Lingxiao Qu began her academic journey with a strong foundation in computer science and technology, earning her bachelor’s degree from north china electric power university in china between october 2013 and september 2017. during this time, she developed a deep interest in embedded systems and power electronics, which laid the groundwork for her future academic and research pursuits. her academic dedication and performance paved the way for graduate-level opportunities and advanced research training.

👩‍💻 Professional endeavors

Following her undergraduate studies, lingxiao pursued a master’s degree in software engineering at guangxi normal university, china, from october 2018 to september 2021 under the guidance of professor jiang jing. currently, she is completing her ph.d. at the university of aizu, japan, in the graduate school of computer science and engineering, where she has been working under the supervision of professor pei yan since october 2021. throughout her academic trajectory, she has actively contributed to software development projects and collaborative research in power electronics and intelligent systems.

🔬 Contributions and research focus

Lingxiao’s research primarily centers on integrating software engineering with power electronics applications, aiming to enhance the intelligence and efficiency of electronic systems. she has explored machine learning algorithms, optimization techniques, and real-time control strategies to advance the design and deployment of smart power electronic devices. her work demonstrates a profound understanding of cross-disciplinary systems, particularly in how computational methods can elevate power electronics design and operation.

🌍 Impact and influence

Lingxiao Qu’s research contributions have had a growing influence in the field of embedded systems and intelligent control, particularly in applying advanced software engineering approaches to power electronics. her innovative thinking has inspired her peers and collaborators, fostering academic discussions and new explorations within her research group and beyond. her ability to merge theoretical knowledge with practical implementation makes her a valuable contributor to modern electronic system advancements.

📚 Academic cites

Although in the early stages of her research career, lingxiao qu’s scholarly work is gaining academic recognition, especially within the circles of computer science and power electronics. she has been actively engaged in publishing her research findings in international journals and conferences. her work has contributed to evolving academic conversations and citations in areas intersecting computer engineering and smart electrical systems.

🌱 Legacy and future contributions

Lingxiao Qu is poised to become a prominent researcher at the intersection of software engineering and power electronics. her future endeavors are expected to explore green energy applications, smart grids, and ai-powered control systems. with a robust academic foundation and a commitment to innovation, her ongoing and future contributions will likely shape the next generation of intelligent electronic systems. she aims to mentor future researchers and collaborate globally to advance sustainable and efficient electronic technologies.

Notable Publications 

  • Title: A Comprehensive Review on Discriminant Analysis for Addressing Challenges of Class-Level Limitations, Small Sample Size, and Robustness
    Author(s): Lingxiao Qu, Yan Pei
    Journal: Processes

  • Title: A Data Analysis Method Using Orthogonal Transformation in a Reproducing Kernel Hilbert Space
    Author(s): Lingxiao Qu, Yan Pei, Jianqiang Li
    Conference: 2023 IEEE International Conference on Systems, Man, and Cybernetics (SMC)

  • Title: Coded Distributed Computing Schemes via Grouping Method
    Author(s): Jing Jiang, Lingling Zhou, Lingxiao Qu
    Conference: Proceedings of the 8th International Conference on Computing and Artificial Intelligence

  • Title: An Approach to Improve Distributed Computing
    Author(s): Jing Jiang, Yiyun Zhong, Lingxiao Qu
    Conference: 2021 2nd International Conference on Electronics, Communications and Information Technology (CECIT)

  • Title: Cascaded Coded Distributed Computing Schemes Based on Placement Delivery Arrays
    Author(s): Jing Jiang, Lingxiao Qu
    Journal: IEEE Access

Prof. Dr. Heinrich Begehr – Mathematics – Lifetime achievement Award

Prof. Dr. Heinrich Begehr - Mathematics - Lifetime achievement Award

Free University Berlin - Germany

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ORCID 

🔍 Early academic pursuits

Heinrich gottfried werner begehr  his academic path began with an enduring interest in mathematics, leading to a diploma (dipl. math.) in 1966 from the free university (fu) of berlin. his doctoral research, completed in 1968 under the supervision of alexander dinghas, focused on der beitrag zum satz von picard-borel-nevanlinna auf riemannschen flächen, marking his early commitment to complex analysis. he followed up with his habilitation in 1970, with a thesis on the wertverteilung approximativ analytischer funktionen, establishing a foundation for his lifelong research trajectory.

🧑‍🏫 Professional endeavors

Begehr's professional career has been closely associated with the free university of berlin, where he started as an assistant in 1966, progressed to a tenured assistant in 1969, and became an associate professor in 1970. from 1972 to 2004, he served multiple terms as director of the first mathematics institute at fu berlin. beyond his academic base, begehr contributed significantly as a guest professor in numerous institutions worldwide including universities in the usa, china, japan, poland, kazakhstan, and russia. his commitment to international collaboration led to long-standing educational exchanges and research development, with emerging themes that indirectly intersect with mathematical foundations applicable in power electronics and computational modeling.

📘 Contributions and research focus

Heinrich Begehr has specialized in complex analysis, elliptic equations, and applied mathematical analysis. his research has consistently bridged theoretical and applied domains, with notable relevance in systems that resemble signal processing and modeling structures, often seen in modern power electronics. his influence extends to analytical functions, approximation theory, and Mathematics differential equations, laying mathematical groundwork with practical applications in scientific computing. his editorial work and mentorship have promoted interdisciplinary approaches that inform both theoretical and engineering contexts.

🌍 Impact and influence

Through his editorships and board memberships in over 20 mathematical journals, including complex variables and elliptic equations and advances in pure and applied mathematics, begehr has Mathematics shaped the direction of global mathematical research. he was a founding leader in the international society for analysis, its applications and computation (isaac), serving as president, secretary, and treasurer for over two decades. the society became a platform fostering collaboration in areas such as mathematical analysis and its intersections with physical sciences—including areas like power electronics where computational accuracy and modeling are critical. he also held several leadership roles within the berlin mathematical society.

🏛️ Academic sites and affiliations

Heinrich Begehr is a member of multiple prestigious academies, including the russian academy of natural sciences (armenian branch, since 2002) and the european academy of sciences (since 2004). his official academic profiles are accessible through isaac’s homepage and fu berlin’s departmental site. he maintains visibility through a long-standing presence in the orcid registry, Mathematics marking his scholarly contributions and collaborations.

🧾 Legacy and future contributions

Even after his retirement in 2004, begehr continues to influence the mathematical community through editorial leadership, global academic visits, and as a guiding figure in complex analysis. his structured approach to mathematical theory serves as a pedagogical model for future researchers. the cross-disciplinary reach of his work, especially where mathematics underpins evolving fields like signal systems, electrical circuit theory, and power electronics, ensures his contributions remain impactful. future generations of mathematicians and engineers will continue to draw upon his theoretical constructs and commitment to global scholarly exchange.

Notable Publications 

  1. Title: Hyperbolic tessellation: harmonic Green function for a Schweikart triangle in hyperbolic geometry
    Author(s): Heinrich Begehr
    Journal: Complex Variables and Elliptic Equations

  2. Title: A Neumann problem for the polyanalytic operator in planar domains with harmonic Green function
    Author(s): Mohamed Akel, Heinrich Begehr, Alip Mohammed
    Journal: Applicable Analysis

  3. Title: A pair of rational double sequences
    Author(s): Serik Altynbek, Heinrich Begehr
    Journal: Georgian Mathematical Journal

  4. Title: One Century since Bergman, Szegö and Bochner
    Author(s): Heinrich Begehr, Saburo Saitoh
    Journal: International Journal of Reproducing Kernels

  5. Title: 1, 2, 3, 1,2,3, some inductive real sequences and a beautiful algebraic pattern
    Author(s): Sarsengali Abdygalievich Abdymanapov, Serik Altynbek, Anton Begehr, Heinrich Begehr
    Journal: Analysis

Dr. Kavitha Chinnathambi – Mathematics – Best Researcher Award

Dr. Kavitha Chinnathambi - Mathematics - Best Researcher Award

National Defence University of Malaysia - Malaysia 

Author Profile

GOOGLE SCHOLAR

🌱 Early academic pursuits

Ms. Kavitha c demonstrated an early passion for mathematics, earning her bachelor’s degree in mathematics from trinity college for women, namakkal, with an impressive 75.54% in 2015. she further honed her mathematical skills with a master’s degree in mathematics from nkr government arts women’s college, achieving 68.65% in 2017. her unwavering commitment to academic excellence continued as she pursued an m.phil. at tiruvalluvar government arts college, namakkal, where she achieved an outstanding 86.50% in 2019. she is currently finalizing her doctoral studies at vellore institute of technology, focusing on fractal interpolation functions, fractal dimensions, and fractional calculus.

📚 Professional endeavors

Ms. Kavitha is a passionate researcher dedicated to advancing mathematical understanding and applications. her research spans fractal interpolation functions (fif), fractal dimensions (fd), and fractional calculus, with a strong focus on their applications in dynamical analysis and predictive modeling. her professional journey reflects her unwavering dedication to innovation and problem-solving through advanced mathematical tools.

🔬 Contributions and research focus

Throughout her academic and research career, ms. kavitha has made significant strides in the study of fractal interpolation functions, particularly their integration with fractional calculus. her Mathematics work explores the predictive capabilities of fractal dimensions in diverse fields such as biology, finance, and environmental science. her innovative models have addressed complex real-world problems, demonstrating the versatility and power of her research.

🏅 Accolades and recognition

Ms. Kavitha’s dedication to her field has been recognized through her exemplary academic achievements, including top performances during her undergraduate and postgraduate studies. her Mathematics ongoing doctoral research at vellore institute of technology further underscores her commitment to advancing mathematical knowledge and its applications.

🌍 Impact and influence

By integrating fractal interpolation functions and fractal dimensions with practical applications, ms. kavitha has contributed to developing innovative models that address challenges in diverse Mathematics domains. her work on predictive models based on mathematical principles has enhanced decision-making processes in real-world contexts, cementing her influence as a leading figure in her research area.

🌟 Legacy and future contributions

Ms. Kavitha’s dedication to mastering and advancing the principles of fractal mathematics positions her as a trailblazer in the field. her ongoing efforts to integrate fractional calculus with fractal interpolation functions aim to create enhanced mathematical models, ensuring her work leaves a lasting impact on academia and various industries.

Notable Publications 

  • Title: The second and third waves in India: when will the pandemic be culminated?
    Authors: C. Kavitha, A. Gowrisankar, S. Banerjee
    Journal: The European Physical Journal Plus, Volume 136 (5), 2021
  • Title: On the variable order Weyl-Marchaud fractional derivative of non-affine fractal function
    Authors: K. Chinnathambi, A. Gowrisankar
    Journal: The Journal of Analysis, Volume 32 (1), 2024
  • Title: Fractional calculus for multivariate vector-valued function and fractal function
    Authors: C. Kavitha, T.M.C. Priyanka, C. Serpa, A. Gowrisankar
    Journal: Applied Fractional Calculus in Identification and Control, 2022
  • Title: Fractional integral approach on nonlinear fractal function and its application
    Authors: C. Kavitha, A. Gowrisankar
    Journal: Mathematical Modelling and Control, Volume 4 (3), 2024
  • Title: Classification of COVID-19 Time Series Through Hurst Exponent and Fractal Dimension
    Authors: C. Kavitha, M. Meenakshi, A. Gowrisankar
    Journal: Fractal Signatures in the Dynamics of an Epidemiology