Containerized Linux Desktops on Arm - Project Bluefin Overview
Explore Project Bluefin and the advantages of containerized Linux on desktops. Learn about innovative tools and platforms enhancing the Arm-based desktop experience.
Challenges Revisited in Supporting Virtual CPU Hotplug on Non-Supporting Architectures
Explore virtual CPU hotplug challenges and solutions for architectures lacking physical CPU hotplug support. Gain insights into progress, requirements, and future developments in cloud virtualization.
On the Way to io_uring Networking - Kernel Recipes 2023
Explore io_uring's evolution in networking, addressing challenges and optimizing userspace design for enhanced performance.
The Arm Laptop Project: Running Mainline Linux on Windows-Built Hardware
Explore the journey of running mainline Linux on an Arm laptop, from project inception to current status, including challenges and solutions.
A Holistic Approach to Securing Spark-Based Data Engineering
Learn to secure Apache Spark-based data engineering applications. Explore security best practices, identify threats, prioritize requirements, and implement practical steps for Kubernetes and object storage environments.
Automating Distributed Heterogeneous Computing for Domain Experts
Explore new approaches for enabling domain experts to program future HPC systems efficiently, focusing on compiler and runtime techniques for distributed heterogeneous computing.
Post-Moore Spatial Computing: From Chips to Clusters
Explore spatial computing strategies for post-Moore's Law era, addressing challenges in scaling compute power from chips to clusters for AI and high-performance computing.
Heterogeneous Serverless Computing for High-Performance Computing and AI Workloads
Explore heterogeneous serverless computing for efficient HPC, HPDA, and AI workloads. Learn about innovative accelerator uses and flexible deployment models from edge to exascale.
From Two Strong Oxen to Billions of Fleas - The Evolution of Massively Parallel Distributed Supercomputers
Explore massively parallel distributed supercomputers, focusing on distributed-memory parallelism and RDMA through MPI. Gain insights into current designs and future challenges in high-performance computing.
Masking in RISC-V Architecture - CHES 2024
Explore cutting-edge masking techniques for RISC-V architecture in this CHES 2024 session, focusing on enhancing cryptographic security and side-channel attack resistance.
Uniting Sustainability and Edge Computing: Kepler and Open Horizon on RISC-V and Heterogeneous Systems
Explore integrating Kepler and Open Horizon for energy-efficient cloud-edge computing across diverse hardware, including RISC-V. Demonstration of use case optimizing distributed systems for sustainability.
Leverage Topology Modeling and Topology-Aware Scheduling to Accelerate LLM Training
Explore topology modeling and scheduling techniques to optimize LLM training performance. Learn to address network bottlenecks and enhance resource allocation for AI workloads in Kubernetes environments.
Raspberry Pi Pico 2 and New Pimoroni Products - Overview and Features
Explore the new Raspberry Pi Pico 2 with RP2350 dual Arm & Risc V architecture. Learn about its features, comparisons, and exciting new Pimoroni products in this comprehensive overview.
Scaling MLOps to Retrain 50k Weekly Models in Parallel Using UDFs
Discover how to scale MLOps for high-frequency retraining of 50k models weekly using Databricks, MLflow, and Pandas UDFs. Learn best practices for experiment tracking, code consistency, and handling data volatility at scale.
Accelerating AI Securely with GVisor
Explore container sandboxing for AI security, focusing on gVisor's implementation, hardware accelerator support, and performance optimization for mitigating AI/ML risks.
Using Basic Logic Gates - With and Without Arduino
Explore basic logic gates, their families, and practical applications. Learn to emulate gates with Arduino and build a simple intruder alarm combining hardware and software.
From Bulb to C# - How Does Computer Work
Explore computer architecture from basic components to modern systems, understanding how hardware and software interact to create powerful computing devices.
The Genius of the RISC-V Microprocessor
Explore RISC-V's innovative architecture, its impact on the industry, and how it compares to x86 and ARM processors. Learn about compressed instruction sets, macro-fusion, and micro-operations.
Neotron - Why Write a Brand New 'DOS' for Arm in Rust?
Explore the evolution of operating systems and discover why a new DOS-like OS for Arm microcontrollers, written in Rust, is being developed. Learn about its unique features and potential applications.
How Complex Motherboards Are Designed and Manufactured
Comprehensive exploration of motherboard design, covering components, power management, signal integrity, debugging, and industry standards. Ideal for hardware enthusiasts and engineers seeking in-depth knowledge.
C++20's Likely Attribute - Optimizations, Pessimizations, and Unlikely Consequences
Explore C++20's [[likely]] attribute, its impact on optimizations, and potential consequences. Gain insights into branch prediction, performance tuning, and effective benchmarking techniques.