This Faculty Development Program (FDP) is designed to equip faculty members, researchers, and advanced students with essential knowledge and skills to utilize High-Performance Computing (HPC) for innovative research. The program will provide an introduction to HPC techniques, real-world applications, and their role in enhancing research productivity. Participants will engage in interactive sessions, including practical exercises to solve research challenges using HPC tools and techniques. Agenda 1. Introduction to High-Performance Computing - Overview of HPC: Significance in today’s research landscape. - Real-world Applications: Use cases in science, engineering, data analytics, and beyond. 2. HPC Techniques and Tools - Core Concepts: Parallel computing, distributed systems, and GPU acceleration. - Tools for HPC: An introduction to HPC software, frameworks, and environments. 3. Hands-On Exploration - Building an HPC Workflow: From data preprocessing to computational execution. - Practical Sessions: Solving a research problem using HPC techniques. 4. Enhancing Research with HPC - HPC and Innovation: How HPC can redefine research methodologies. - Future Trends: Emerging technologies and their impact on HPC in research. Note: Interested faculties must register using the provided link on or before 27/11/2024 (Wednesday). Participants are required to bring their own laptops. Speaker(s): Dr. Bhaskar Chaudhary LDRP Institute of Technology & Research, Gandhinagar, Gujarat, India, 382016

The IEEE ComSoc Chapter of Gujarat Section is proud to present the second talk in its webinar series on Quantum Communication. This insightful session, titled "Quantum Secured Communication Systems & Applications", will explore the transformative potential of quantum communication technology and its implications for secure global communications. The expert speaker for this event is Shri Adarsh Jain, Head, Quantum systems & technology Division, SAC,ISRO Talk Summary: Quantum communication leverages the principles of quantum mechanics to offer unparalleled security, making it an ideal solution for secure data transmission. In this talk, Shri Adarsh Jain will focus on the system engineering aspects of satellite-based quantum communication, emphasizing the role of satellites in enabling long-range global Quantum Key Distribution (QKD). Unlike fiber-optic and terrestrial free-space QKD, which are constrained by distance limitations due to fiber absorption or atmospheric losses, satellite-based QKD provides a viable solution for distributing secure keys over thousands of kilometers, making it suitable for global coverage. The session will cover key topics, including: - Single and entangled photon-based QKD protocols - Space and ground segments of satellite-based QKD systems - Integrated QKD networks and international developments - Challenges in implementation and potential applications This talk will also provide a deep dive into the practical challenges and future prospects of satellite-based quantum communication systems, offering valuable insights into their applications in various sectors, including cybersecurity, defense, and communications. We invite all members and interested participants to join us for an engaging discussion on the future of secure communication technology. [] Speaker(s): Sh. Adarsh Jain, Virtual: https://events.vtools.ieee.org/m/448795