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Resources for Windows on Snapdragon development
Tutorial Videos
4:49
Building on Windows on Snapdragon: 5 Reasons to Develop an App on WoS
In this video, you will learn five reasons why developers are choosing Windows on Snapdragon as their preferred platform and how your transition to this platform will help you meet your development needs.
16:26
Building on Windows on Snapdragon: Power of Artificial Intelligence on WoS
Learn how machine learning has unleashed a new possibility with on-device AI, with developers utilizing it to replace existing capabilities and introduce new features. Dive into Qualcomm AI Stack, the concept of on-device inference, ONNX runtime and resources to get started.
13:56
Building on Windows on Snapdragon: Snapdragon LLVM for WoS
If you want to compile C/C++ code for Windows on Snapdragon, in this video you will find out why the Snapdragon LLVM Compiler Toolchain is an exceptional tool to help you do the job.
10:27
Building on Windows on Snapdragon: Introduction to Snapdragon Profiler
Introducing Snapdragon Profiler - a profiling tool that allows developers to analyze the performance of applications running on devices powered by Snapdragon technology. Go over the installation, device connection, and basic real-time and trace functionality of Snapdragon Profiler.
28:50
Building on Windows on Snapdragon: Introducing Qualcomm Profiler
In the video, we introduce Qualcomm Profiler: a comprehensive profiling tool used to measure and optimize application scaling. The tool provides comprehensive systems view and enables profiling and identification of performance bottlenecks on multiple targets.
Design Considerations for Autonomous Mobile Robots (AMRs)
Autonomous Mobile Robots (AMRs) have the potential to transform the efficiency and safety of many operations – logistics, e-commerce fulfillment, retail and hospitality use cases, etc. This webinar explores the AMR opportunity and key design considerations for your design including features, connectivity, and security.
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Qualcomm Academy Courses
Fundamentals of Qualcomm AI
Qualcomm has developed a power-efficient on-device AI to reshape user privacy, security, immediacy, enhanced reliability, and cost across industries, from mobile to IoT to automotive. This 2-hour course covers the fundamentals of how artificial intelligence is incorporated into Qualcomm products to enhance operation and performance. By the end of this course, you will have a basic understanding of Qualcomm’s AI capabilities and will be ready to dive deeper into practical aspects of AI use in your industry.
AI for Qualcomm Compute
Windows on Snapdragon is a development platform based on Qualcomm’s AI-powered Snapdragon chip that offers remarkable power efficiency, a native toolset, optimized CPU, always-on connectivity, heterogenous computing, and a dedicated Neural Processing Engine. This two-hour, hands-on, developer-friendly course serves as an introduction to AI for Qualcomm Compute platform, covering Windows on Snapdragon, development on the platform, Qualcomm AI stack, and the use of Qualcomm’s Dedicated Neural Processing Engine during development.
Getting Started with Windows on Snapdragon
Windows on Snapdragon is a development platform using Qualcomm’s Snapdragon chip that offers power efficiency, a native toolset, optimized CPU for Windows 11 on Snapdragon devices, always connected, heterogenous computing, and a dedicated Neural Processing Engine. This 2 hour, hands-on, developer-friendly course covers an introduction to Windows on Snapdragon, development on the platform, and using Qualcomm’s Dedicated Neural Processing Engine during development.
Design Considerations for Autonomous Mobile Robots (AMRs)
Autonomous Mobile Robots (AMRs) have the potential to transform the efficiency and safety of many operations – logistics, e-commerce fulfillment, retail and hospitality use cases, etc. This webinar explores the AMR opportunity and key design considerations for your design including features, connectivity, and security.
