The Annual General Meeting (AGM) for the IEEE Computer Society CHRIST University-Bangalore Student Branch Chapter, is scheduled for February 27, 2024, from 02:00 PM IST to 04:00 PM IST.

We are thrilled to invite you to Hands-on Workshop on DevOps. It will be a complete 3-hour hands-on workshop that will help you dive deep into the domain and expand your knowledge on AWS cloud, Kubernetes, CD/CI, and many more such topics. What you'll learn:  DevOps & Why We Have It Cloud - AWS Services like EC2, VPC, Load balancer, RDS & ECR Kubernetes Event Details: Speaker: Mr Abhimanyu Prajapati, Senior DevOps Engineer, Zoomcar Date: March 02, 2024, 09:00 AM - 01:00 PM Venue: Block 2, Third Floor, Room no. 242 CHRIST(Deemed to be University), Kengeri Campus Important: The following must be installed on your local machine (Click on the following for the tutorial to install): Minikube Docker Kubectl AWS CLI Seats are limited and are on a first-come, first-served basis. Registration Link: https://forms.gle/jqV99ZbzzfTff5uM6

The event was a platform for education, awareness, and dialogue surrounding women's welfare, emphasizing the critical need for equal opportunities, empowerment, and the different ways to tackle life's challenges. Participants were engaged in a discussion exploring the various challenges and situations that occur in daily life and how to connect with the world around them. The meeting agenda was unfolded by the Emcees, Bettina, and Shivani, followed by the lighting of lamp ceremony by the guests, faculties, and WIE & PES Chairs which was followed by a lively presidential message by Dr. Parvathy Ramaswamy Ma’am. Throughout the session, participants were kept engaged and entertained through various quizzes, fostering interaction and camaraderie among attendees. Following the engaging quiz session, attendees were treated to a captivating session by Ms. Bindu Harish, Global Service Manager at Signify Innovation Labs. The second session was continued by Ms. Mamatha L, Learning Consultant advisor, and Corporate Trainer. Throughout the interactive session, participants delved into the realm that helped us understand the importance of self-love and self-care and how each one of us should stay connected and enjoy our own company. The session helped in understanding how we can inspire others through our justice, compassion, creativity, and love. The second session dealt with the main aspects of the power of inclusion. where she explained the five powers of inclusion which are the power of education, the power of confidence, the power of finance, the power of self development, and the power of continuous learning. The session was made interesting with the small interactive activities. In closing, the session highlighted the importance of facing challenges in life. As a token of our love both the speakers were given a sapling and a momento symbolizing growth and solidarity in the fight against the odds of life. Furthermore, the session also provided an opportunity to honor Dr. Parvathy Ma'am for her significant contributions to our university. The event concluded with a vote of thanks by the WIE chair followed by the University Anthem, leaving participants empowered and equipped with the knowledge to combat the different challenges faced by women.  

FutureForge, is the hackathon that redefines the future. We're here to bridge technology, innovation, and sustainability to tackle tomorrow's challenges head-on. We invite you to join us on this transformative journey where collaboration, innovation, and forging solutions are the norm. At FutureForge, sustainability isn't just a buzzword; it's the driving force. We challenge you to harness technology's power to create lasting change for a better world. Under the overarching theme of "FutureForge," participants will have the opportunity to delve into four distinct tracks, each focused on a critical area of development: IT Sustainability Educational Revolution Security Trust and Generative AI Open Innovation THEMES   IT Sustainability Data center cooling efficiency Carbon footprint tracking Supply chain sustainability Educational Revolution User-friendly interface Answer key management Efficient evaluation process Security Trust and Generative AI Adversarial robustness in AI systems Secure AI model training and deployment AI-driven threat detection and response Explainable AI for cybersecurity Ethical considerations in AI security   Open Innovation Open innovation is a powerful concept that helps external ideas, talents, and collaboration to drive creativity and problem-solving. The task is to create solutions that enhance the efficiency, inclusivity, and impact of open innovation initiatives. Bring in all your innovative ideas here!

A map depicts a phenomenon at a smaller scale and thus it has a constraint of how to present the map elements graphically the scale. Map Generalisation, also known as Cartographic Generalisation is the selection and simplified representation of detail appropriate to the scale and/or the purpose of a map. This is a very essential tool in modern cartography and Geographical Information Systems (GIS). The objective of generalisation is to supply information on a content and detail level corresponding to the necessary information for correct geographical reasoning. The available space on a map for cartographic representations of all objects and elements of a landscape is very small and decreases disproportionately from scale to scale. This needs efficient algorithms to select and simplify map elements so that the essential map elements and objects can be kept appropriate for the reduced an image area from scale to scale. The current workshop looks into a theoretical and practical approach to various map simplification algorithms.   Learning Objectives: Generalisation necessity for cartography and GIS Common rules for Map generalisation Map Simplification Techniques Analysis simplification algorithms like Douglas-Peucker, Visvalingam–Whyatt algorithm etc. Practical Demonstration of Map Simplification using GIS Software

Unleash your creativity with Generative AI! Dive into the fascinating world of AI-driven creativity at our hands-on workshop. Led by experts, explore the fundamentals and applications of generative AI. Whether you're a seasoned enthusiast or new to AI, join us to discover how this technology is transforming art, music, and more. Don't miss out on this opportunity to expand your knowledge, connect with peers, and shape the future of technology. Secure your spot now and be part of the creative revolution!

The Student Meetup Program, where innovation and collaboration converge. This event is tailored specifically for office bearers of IEEE CS Student Branch chapters, offering a unique opportunity to connect with peers, share insights, and advance your professional journey. This meetup promises a vibrant exchange of ideas, networking opportunities, and valuable experiences for all attendees. Additionally, participants will have the opportunity to engage in a hands-on workshop on generative AI, exploring the cutting-edge intersection of creativity and technology. Please remember to bring your own laptop to fully participate in this interactive session. Don't miss out on this enriching experience! Whether you're seeking to expand your knowledge, establish new connections, or simply engage with like-minded individuals, this event is your gateway to unlocking endless possibilities in the world of computer science. Secure your spot today by filling out the attached form and join us in shaping the future of technology together.

HANDS-ON DEEP LEARNING ALGORITHMS FOR LAND COVER MAPPING FROM SATELLITE IMAGES Deep learning (DL), a branch of machine learning (ML) and artificial intelligence (AI) is nowadays considered as a core technology of today’s Fourth and Fifth Industrial Revolution (Industry 4.0 and Industry 5.0). Due to its learning capabilities from raw data, DL technology originated from artificial neural network (ANN), has become a hot topic in the context of computing, and is widely applied in various application research areas like healthcare, remote sensing, semiconductor manufacturing industry, visual recognition, natural language processing, text analytics, cybersecurity, 5G Networks and many more. However, building an appropriate DL model is a challenging task, due to the dynamic nature and variations in real-world problems and data. Moreover, the lack of core understanding turns DL methods into black-box machines that hamper development at the standard level for societal applications. This session presents DL algorithms for Land Cover Mapping using Python Programming and deep Learning TensorFlow Library. This session also summarizes real-world application areas where deep learning techniques can be used. Finally, Practical demonstration of UNet and DPPNet model for Land Cover Mapping using Satellite Images and Python Deep Learning TensorFlow Library. Learning Objectives: The primary objective of the expert talk is to enlighten the audience on the potential and challenges of using Deep Learning Algorithms for Land Cover Mapping from Satellite Images both theoretical and practical. At the end of the session, the participants should be able to understand: Understand fundamental concepts of 2D U-Net and DPPNet CNN Models The challenges of working with Land Cover Mapping from Satellite Image Understand the advance deep learning algorithms How to practically implement DL techniques using TensorFlow Target Audience: Students, researchers, academic and industry professionals who have foundational theoretical knowledge of Probability, Linear Algebra, Computer Vision, Image Processing and Fundamental of Artificial Neural Networks.