Courses

This course provides both a high-level overview and detailed walkthrough of the Implementation Tool category within SAP Fieldglass' Configuration Manager self-service dashboard. The course will highlight the purpose of the Configuration Mover, Company Configuration, and Comparison Tool functions and outline how they assist users in migrating configuration data and settings across tenant implementations.

Learn to migrate data from AWS S3 to Azure storage using Azure Storage Mover in this 14-minute technical tutorial. Explore Azure Storage Mover's capabilities for on-premises migrations before diving into multi-cloud migration support and the Azure Arc multi-cloud connector. Discover the required solutions and components needed for successful migrations, then walk through creating Storage Mover resources, configuring projects and jobs, and monitoring executed migration jobs. Understand the costs involved in using Azure Storage Mover and learn about service limits that may impact your migration planning. Gain practical insights into implementing cloud-to-cloud storage migrations as part of your multi-cloud strategy, with detailed coverage of the setup process, execution monitoring, and cost considerations for enterprise-scale data transfers.

Explore the experimental Mover plugin for Unreal Engine in this 42-minute conference talk from Unreal Fest 2024. Dive into the high-level concepts of this recently released tool, which supports actor movement with rollback networking. Compare the Mover plugin's capabilities with the CharacterMovementComponent, and gain insights into its inner workings. Learn about the planned future developments for this plugin and be aware that the README documentation file, initially missing from the 5.4 release, will be included in the 5.4.4 hotfix. Enhance your understanding of actor movement in Unreal Engine and discover how this new plugin can potentially improve your game development workflow.

Explore a technical conference presentation from the Storage Developer Conference 2023 that delves into the integration of SDXI data mover technology with Computational Storage architectures. Learn about SDXI's standardized memory-to-memory data mover interface and its key features including architectural state management capabilities. Understand how Computational Storage, a SNIA standard, enables data computation near or directly on storage devices to reduce bandwidth requirements and host workload. Discover the latest architectural explorations and use cases being developed by the SNIA SDXI+CS Subgroup for combining these technologies, presented by industry experts Jason Molgaard from Solidigm and Shyamkumar Iyer from Dell. Gain insights into how this unified approach addresses scenarios requiring data movement between compute resources and host systems while maintaining the benefits of computational storage.

Explore a critical conference talk that delves into the widespread issue of poor software hygiene and its severe consequences. Learn about the alarming statistics surrounding vulnerable Struts downloads and their impact on thousands of organizations. Discover the timeline of critical Struts2 vulnerabilities, including those exploited in high-profile breaches like Equifax. Gain insights into effective strategies for rapid response and remediation to counter inevitable bugs and vulnerabilities, ultimately closing the gap between attackers and defenders in the cybersecurity landscape.

Explore the concept of prime movers and their various classifications in this informative video lecture designed for first-year BE/BTech students studying Basic Mechanical Engineering (BME). Gain a comprehensive understanding of what constitutes a prime mover and delve into the different categories these essential mechanical components fall into. Learn key terminology and concepts that form the foundation of mechanical engineering principles, preparing you for more advanced studies in the field.

Explore the innovative approaches of hard-to-abate sectors in their pursuit of a net-zero future in this 58-minute conference talk from The Aspen Institute's Aspen Ideas: Climate event. Discover how industries like maritime, aviation, hydrogen, and steel are thinking outside the box, forming unexpected partnerships, and investing in catalytic pathways to address climate challenges. Learn why focusing solely on low-hanging fruit may not always be the best strategy and gain insights into the groundbreaking solutions emerging from these first movers. This talk is part of the third annual Aspen Ideas: Climate event, co-organized by the Aspen Institute and the City of Miami Beach, which features plenary sessions, breakout discussions, announcements, private roundtables, a tech expo, career fair, climate solutions showcase, public arts program, and excursions.

Explore the process of building a robot arm using .NET 8, Raspberry Pi, Blazor, and SignalR in this 49-minute conference talk from NDC Oslo. Learn how to install .NET 8 on a Raspberry Pi and connect various components to create a functional robot arm. Discover how to control GPIO on the Pi using a console application and move servos to manipulate the arm. Dive into the development of a Blazor and SignalR app for remote control of the robot. Finally, explore the integration of Meta Quest 3 for virtual reality interaction with the robot arm. Suitable for all knowledge levels, this hands-on session provides code examples and practical insights, with all materials available on GitHub for further exploration and implementation.

Instructor: Prof. A. M. Kulkarni, Department of Electrical Engineering, IIT Bombay. This course introduces a student to power stability problems and the basic concepts of modeling and analysis of dynamical systems. Modeling of power system components - generators, transmission lines, excitation and prime mover controllers - is covered in detail. Stability of single machine and multi-machine systems is analyzed using digital simulation and small-signal analysis techniques. The impact of stability problems on power system planning, and operation is also brought out.

This course first introduces a student to power stability problems and the basic concepts of modeling and analysis of dynamical systems. Modeling of power system components - generators, transmission lines, excitation and prime mover controllers - is covered in detail. Stability of single machine and multi-machine systems is analyzed using digital simulation and small-signal analysis techniques. The impact of stability problems on power system planning, and operation is also brought out.

Learn about why and how music makes you move. Music is movement—a bold statement that we will explore together in this free online course. Together we will study music through different types of body motion. This includes everything from sound-producing keyboard actions to energetic dance moves. You will learn about the theoretical foundations of embodied music cognition and why the body is crucial for how we experience the emotional moods in music. We will also explore different research methods, including advanced motion capture systems and sound analysis methods. You will be guided by a group of music researchers from the University of Oslo, with musical examples from four professional musicians. The course is rich in high-quality text, images, video, audio and interactive elements. Join us to learn more about terms such as entrainment and musical metaphors and why it is challenging to sit still when you experience a good groove. This course is open to everyone. No technical knowledge of music or dance is required. No specific tools necessary.

Explore move semantics in C++ through an interactive conference talk from Meeting C++ 2022. Analyze various cases to determine when to use std::move, understanding its impact on performance and potential bugs. Dive into the motivation behind move semantics, examine alternatives, and learn the proper implementation techniques. Participate in code reviews and gain insights into common pitfalls and best practices. Discover how to make informed decisions about move operations, ensuring optimal performance and bug-free code in your C++ projects.

Explore the fascinating intricacies of Earth's movement in this 22-minute educational video by Vsauce. Delve into the concepts of meridians, subsolar points, and the unique Lahaina Noon phenomenon. Discover the complexities of measuring time, including the definition of a day, solar days, and Earth's rotation. Examine Earth's tilt and its effects on our planet's seasons. Learn about the evolution of calendars, from the Julian to the Gregorian, and understand the necessity of leap days. Investigate Earth's movement within our solar system and its journey through the universe. Gain insights into the cosmic microwave background and its significance in understanding our planet's motion in space.

Explore a 47-minute lecture by Thierry Laurens on the focusing Continuum Calogero–Moser (CCM) equation, a completely integrable PDE describing a continuum limit of a particle gas with inverse square potential interactions. Learn about the system's well-posedness in the scaling-critical space L2 below the soliton mass threshold, and discover why solutions above this threshold can blow up in finite time. The talk presents new and existing results about solutions below the soliton mass threshold, based on joint work with Rowan Killip and Monica Visan. This lecture was recorded during the thematic meeting "Dispersive Integrable Equations: Pathfinders in Infinite-Dimensional Hamiltonian Systems" on April 29, 2025, at the Centre International de Rencontres Mathématiques in Marseille, France. Access this and other mathematical talks through CIRM's Audiovisual Mathematics Library, featuring chapter markers, keywords, abstracts, bibliographies, and multi-criteria search functionality.

Discover how to create real progress and maximize value in your organization through this insightful conference talk from NDC Sydney 2021. Learn the crucial difference between motion and progress, and explore three key aspects for driving meaningful change: KPIs, goals, and leadership. Gain valuable insights on selecting the right KPIs to provide clarity and focus for your team, setting challenging goals that encourage innovative thinking, and empowering team members through effective leadership. Understand why choosing the wrong KPI can be detrimental to your project and how to avoid common pitfalls. Explore the importance of accountability and ownership in bringing out the best in your team members. By the end of this 53-minute talk, you'll be equipped with practical strategies to move the needle and achieve tangible success in your professional endeavors.

Explore the fascinating world of human movement in this 31-minute video from the series "How We Move: The Gross Anatomy of Motion." Dive into the mechanics of the human body, learning about leverage, the six main types of joints, and a simple model for understanding joint movement. Discover key anatomical terms like flexion, extension, abduction, and adduction. Examine the intricate workings of the hand and delve into the history of joint replacement surgery. Gain practical knowledge about range of motion exercises to maintain joint health. Presented by Elizabeth Murray, this approachable and logical exploration of gross anatomy makes complex concepts easily digestible, offering valuable insights into how our bodies function and move.

Embark on a comprehensive 50-minute restoration journey of a forgotten 1987 Hayter Hayterette mini brush cutter mower. Follow along as the machinery restorer meticulously disassembles, rebuilds the engine, repairs, sandblasts, and powder coats parts of this 35-year-old classic. Witness the step-by-step process of bringing this vintage piece of equipment back to life, from reassembly and final preparations to the finished project and a demonstration of its restored functionality. Learn valuable restoration techniques and gain insights into the intricate workings of vintage machinery through this detailed video tutorial.

Embark on a comprehensive restoration journey of a rare 1971 Wolseley Clearway 27 brush cutter mower in this detailed video. Follow along as the 50-year-old rusty machine is meticulously disassembled, repaired, and rebuilt to perfect running condition. Learn about various restoration techniques including differential work, deck repair, gearbox maintenance, powder coating, engine overhaul, and parts fabrication. Witness the step-by-step process from initial disassembly to final reassembly and demonstration, gaining insights into vintage machinery restoration. This in-depth tutorial, complete with chapter markers for easy navigation, offers a wealth of knowledge for machinery enthusiasts and restoration hobbyists alike.

Explore the intricacies of std::move and the Move Assignment Operator in C++ through this informative 16-minute video. Gain a deep understanding of these crucial concepts and learn how to implement them effectively in your C++ projects. Discover the benefits of move semantics and how they can improve the performance of your code. Delve into practical examples and best practices for utilizing std::move and the Move Assignment Operator to optimize resource management and enhance overall program efficiency.

Explore the concept of moved-from objects in C++ in this comprehensive conference talk by Jon Kalb at CppCon 2024. Delve into one of C++'s superpowers that delivers uncompromised performance while leaving no room for lower-level languages. Learn how to write better C++ code and understand the language's evolution through various examples demonstrating different applications of this superpower. The presentation addresses one of the most controversial issues facing the C++ community today. Jon Kalb, with decades of software engineering experience, shares his expertise to help developers become better programmers. This 67-minute talk is part of CppCon, the annual week-long gathering for the entire C++ community held in Aurora, Colorado, featuring multiple diverse tracks suitable for C++ programmers of all skill levels.