
Learn essential techniques for creating stable 3D models by mastering support edges, enhancing your modeling skills and improving overall design quality.

Learn to create a 3D human head model in Blender using quad topology and reference images, without sculpting. Master vertex placement and quad flow techniques for efficient 2D to 3D conversion.

Explore how open-source and data-driven tech combat climate change through Digital MRV. Learn about edge computing applications and see a live demo of innovative solutions.

探索 Longhorn 數據平面:深入了解其架構、數據路徑,並介紹 SPDK 數據引擎和 ublk 前端等性能優化方案,提升 Kubernetes 分佈式存儲系統的效能。

Explore how WebAssembly and open-source technologies are revolutionizing accessibility to Large Language Models, making AI more democratic and widely available.

Explore cloud-native storage architectures for edge computing, covering data types, storage services, and operating models across far edge, enterprise edge, and network edge environments.

Discover how OpenStack Designate's new Shared Zones feature enables efficient DNS management and IPv4 address handling through Classless IN-ADDR.ARPA delegation for multiple projects.

Explore StarlingX's solutions for managing large-scale edge computing deployments, focusing on zero-touch provisioning and multi-level orchestration for efficient far edge cloud operations.

Explore StarlingX's cloud infrastructure capabilities for distributed edge computing, focusing on high availability, low latency, and integration across various industry verticals from core to far edge systems.

Discover how to deploy OpenStack workloads at network edges, exploring deployment strategies, challenges, and best practices for optimizing edge computing infrastructure and performance.

Explore StarlingX's enhanced distributed cloud architecture featuring geographic redundancy, flexible network design, and hybrid-cloud capabilities for large-scale deployments across industries.

Explore how Osnabrück University implements a private 5G campus network using OpenStack and StarlingX for research in AR/XR, logistics, smart factory, and autonomous robotics applications.

Discover how to deploy and manage ultra-small Kubernetes edge clusters with minimal resources, enabling automated workload delivery and secure connectivity for remote industrial applications and sensor arrays.

Explore Stack4Things, an OpenStack framework managing IoT nodes through IoTronic, enabling efficient edge computing and smart city infrastructure with sensor data collection and actuator control capabilities.

Discover efficient deep learning techniques for edge devices, focusing on energy-saving approximation methods that maintain accuracy while improving performance on smartphones and IoT devices.

Explore cutting-edge developments in on-device LLMs, focusing on functional token fine-tuning and Octopus v2 technology for enhanced efficiency and performance on edge devices.

Explore how AI and Edge computing intersect to transform enterprise operations, from modern edge architecture to AI workload implementation and operational enablement.

Explore space-based storage challenges and solutions through HPE's Spaceborne Computer program, examining SSD durability, edge computing achievements, and future storage requirements for space missions.

Discover optimal storage patterns for hybrid/multicloud architectures, focusing on data placement strategies, cost reduction, performance optimization, and governance frameworks for modern enterprise infrastructure.

Explore a comprehensive safety framework for e-scooter riders, featuring real-time monitoring systems, deep learning algorithms, and adaptive safety metrics for enhanced urban micromobility.

Explore hierarchical inference strategies for optimizing IoT and edge computing, focusing on machine fault detection and image classification while balancing accuracy with resource constraints.