Orcha - Procesamiento Masivo Paralelo - MPP y Diseño de APIs
Explora Orcha, una herramienta de orquestación para paralelizar pruebas de forma masiva, optimizando recursos y reduciendo tiempos de ejecución en entornos de desarrollo complejos.
x86x64 Assembly + Python = New CPU Architecture to Rule the World
Explore the fusion of x86/x64 assembly and Python to create innovative CPU architectures, revolutionizing computing paradigms and pushing technological boundaries.
The Future of Microprocessors
Explore microprocessor history, current state, and future prospects with insights on technological advancements, industry trends, and potential innovations in computing architecture.
Python on Arm Architecture
Explore Python's status on Arm architecture across major operating systems, its widespread use, and opportunities for improvement in this informative presentation.
The Modern Data Warehouse
Explore Microsoft's approach to evolving data warehouse infrastructure, addressing explosive data growth and new data types. Learn about scale-out technologies, in-memory performance, and Hadoop integration.
Perfect Fits for Azure SQL Database Migrations
Explore Azure SQL Database migrations, including challenges, limits, and best practices for new projects, instrumentation, web apps, parallel processing, and data warehousing.
Modern Storage Technologies for Data Professionals
Explore cutting-edge storage technologies like Persistent Memory and NVMe, and learn how they enhance database performance. Understand storage-based data services and architectures for Big Data Clusters.
SQL Server on Linux Performance
Explore SQL Server performance on Linux: configuration, monitoring tools, tuning techniques, and leveraging persistent memory for cost-effective optimization.
Using the Clang Integrated Assembler to Compile the Linux Kernel
Learn about Clang's Integrated Assembler for Linux Kernel compilation, exploring its benefits, challenges, and potential solutions for ARM and x86 architectures.
How Will We Address Persistent Memory
Explore persistent memory technologies, their characteristics, and implications for file system implementation in Linux, discussing hardware, software stacks, and potential approaches.
RISC-V MC
Explore RISC-V ecosystem growth, hardware designs, and Linux kernel support. Discuss design challenges and ideas for implementing kernel features, aiming to increase developer participation and improve RISC-V Linux stability.
Heterogeneous Memory Management
Explore heterogeneous computing challenges, focusing on unified address spaces, memory management, and data placement across CPUs and parallel devices like GPUs.
XDP 1.5 Years in Production - Evolution and Lessons Learned
Evolution of XDP and BPF in production: performance improvements, operational challenges, and future enhancements. Insights from Facebook's network processing implementation using XDP for over 1.5 years.
Core Scheduling - Taming Hyper-Threads to Be Secure
Explore CPU vulnerabilities and core scheduling as a solution to keep hyperthreading secure. Learn about implementation, performance impacts, and future directions for this critical security feature.
Malloc for Everyone and Beyond NUMA
Exploring memory management in heterogeneous computing, addressing challenges beyond NUMA, and proposing a unified API for diverse memory types in modern systems.
RISC-V MC
Explore RISC-V architecture and its implementation in Linux systems at the Linux Plumbers Conference, focusing on microcontroller applications and developments.
RISC-V MC
Explore RISC-V architecture and its implementation in Linux systems through expert discussions and technical presentations at the Linux Plumbers Conference.
The RISC-V Platform Specification
Explore the RISC-V platform specification with experts, covering key aspects, challenges, and future developments in this open-source instruction set architecture.
Impact of Recent CPU Topology Changes
Explore recent CPU topology changes and their impact on Linux systems with insights from experts Dietmar Eggemann and Ionela Voinescu.
The Odyssey of HWCAP on RISC-V Platforms - Ruinland
Explore the journey of HWCAP implementation on RISC-V platforms, delving into challenges, solutions, and future developments in Linux kernel architecture.
Tuning in-kernel Routines on RISC-V
Explore optimization techniques for RISC-V architecture, focusing on in-kernel routines to enhance Linux performance and efficiency on this emerging platform.