
Learn to program and manage Siemens' SIMATIC automation system. Master STEP 7, explore programming languages, and gain hands-on experience with testing, commissioning, and HMI integration for industrial control.

Explore autonomous robotic manipulation principles, challenges, and innovative approaches with Prof. Bohg. Learn decision-making under uncertainty, multimodal information use, and action representation in robotics.

Explore STM32L5 MCUs' ultra-low power features, architecture, and performance. Learn about efficient computation, fast wake-up, and multiple low-power modes through expert presentations and live demonstrations.

Comprehensive overview of VMware NSX switching and routing, covering VXLAN, logical networking, traffic flow, system architecture, cluster preparation, and replication modes.

强化学习分布式系统概述:探讨系统架构、参数更新方法、并行化策略,以及从DQN到AlphaStar的案例研究,深入分析分布式RL系统的发展和实现。

镜像分发系统Dragonfly的新进展:介绍Dragonfly的应用、发展和社区现状,分析1.X版本问题,展示2.0版本的新架构设计和技术方案,包括与Nydus的整合支持。

Explore sustainable software engineering practices to reduce carbon footprint. Learn efficient algorithms, system architecture, and product design strategies for environmentally conscious development.

Explore groov RIO: Intelligent, multi-signal Ethernet I/O for IIoT. Learn configuration, integration, security, and programming of this versatile, PoE-powered device for industrial automation applications.

Explore innovative metadata-tag based stack-protection security policies for tagged architectures, focusing on efficient cacheability and performance in unsafe languages like C.

Explore electromagnetic fingerprinting techniques to detect unauthorized hardware substitutions in supply chains, enhancing security against sophisticated attacks.

Insider's guide to exploiting vulnerabilities in Microsoft Dynamics Great Plains, revealing security weaknesses and potential attack vectors in this enterprise resource planning software.

Learn to build an experimental drone platform from scratch, covering requirements, architecture, component selection, and debugging. Gain hands-on experience in robotics and explore related topics like motors, electronics, and radios.

Explore ARM system booting, uEFI, and firmware interactions. Learn how layered abstractions simplify distribution challenges and enable convergence of Enterprise and Embedded markets.

Explore the embedded Linux landscape, its applications, and development opportunities with insights from an Arm engineer. Learn about project interconnections and ways to contribute.

Explore TPM's history, updates, and future developments with Intel's Jarkko Sakkinen. Learn the basic idea and sequence diagram of this crucial technology.

Explore reproducible system architecture combining Linux, Xen, and Zephyr for complex embedded systems. Learn about prototyping guidelines, documentation, and future developments in system composition.

Explore running Linux on tiny peripherals with minimal memory, covering device categorization, kernel requirements, and practical implementation strategies.

Explore tradeoffs in data security, usability, and system architecture. Learn about constraints, information needs, and potential pitfalls in building secure yet functional computer systems.

Explore innovative cryptographic approaches to build resilient systems that withstand compromises, offering practical solutions for authentication and data protection in today's vulnerable digital landscape.

Gain insights on when to use Yocto Project and when alternative solutions might be more suitable for embedded Linux development.

Discover how to emulate CXL features in QEMU for open source development, including setup guidance for Linux environments and understanding current limitations of CXL emulation.