Prototyping a Remote-Controlled Telescope with Elixir
Explore the process of designing and building a remote-controlled telescope using Elixir and Rust, from initial research to software prototypes and final physical construction.
Squeezing a Go Function
Optimize Go functions for peak performance through advanced techniques and best practices. Enhance code efficiency and speed.
So Moore's Law is Dead - Now What? The Future of AI Processing
Explore the future of AI processing beyond Moore's Law, focusing on innovative architectures designed for demanding ML workloads in finance and other sectors.
Machine Learning on the Edge - From Microcontrollers to Embedded Linux Devices
Explore ML deployment on edge devices, from microcontrollers to embedded Linux systems. Learn about hardware options, model adaptation, and deployment strategies for real-world applications.
Moore's Law is Dead - Now What? The Future of AI Processing
Explore the future of AI processing beyond traditional CPUs and GPUs, focusing on innovative architectures designed for demanding ML workloads in retail and beyond.
Configuring JVM Thread Pools for Optimal CPU Utilization
Optimize JVM thread pools for maximum CPU efficiency. Learn configuration techniques to enhance performance and resource utilization in Java applications.
Hiding Messages in x86 Programs: A Steganography Trick - !Con 2021
Discover a unique steganographic technique to hide messages within x86 programs. Explore x86 architecture and learn a clever trick in instruction encoding for covert communication.
Automated Testing of GNU Radio Builds Across Multiple Architectures - GRCon21
Explore automated testing of GNU Radio builds using Buildbot and OpenEmbedded across multiple architectures, with insights on tracking test runs over time.
Sonata: Low-Cost CHERI Hardware for Embedded Systems
Explore low-cost CHERI hardware for embedded systems with Sonata, enhancing security and efficiency in resource-constrained environments.
Open Hardware, Open Silicon, Open Firmware, and Beyond
Explore open hardware, silicon, firmware, and beyond with Allison Randal. Gain insights into the evolving landscape of open-source technologies in hardware development.
Democratising Chip Design with Open Source
Explore open-source chip design democratization with Rob Taylor, uncovering its potential to revolutionize the semiconductor industry and foster innovation.
Can Open-Source Firmware Finally Succeed?
Explore the potential for open-source firmware to achieve success, examining challenges and opportunities in the evolving landscape of hardware and software integration.
Overcoming Technical Debt in Config Management to Move to Heterogeneous Architecture
Explore strategies for integrating Arm64 instances in cloud infrastructure, addressing technical debt and optimizing heterogeneous architectures.
Fast Adder: Carry Select Adder
Explore the carry select adder, a fast addition technique, and understand its principles and implementation in digital circuit design.
Decoders and Demultiplexers - Part 1
Explore decoder and demultiplexer concepts in digital logic, enhancing understanding of fundamental circuit components.
Nested Virtualization Overview - Understanding Concepts and Use Cases
Explore nested virtualization: its concept, applications, and limitations. Gain insights into this advanced virtualization technique and understand when to leverage or avoid it.
QEMU: Recent Developments and Upstream Contributions
Explore recent advancements in QEMU, including major upstream contributions and their impact on virtualization technology.
Virtualizing Arm TrustZone on KVM
Extend KVM to virtualize Arm TrustZone, enabling VMs to run trusted execution environments. Explore implementation details, challenges, and future directions for secure virtualization.
Berkeley Lab's Breakthroughs in Exascale Supercomputing and AI Energy Efficiency
Explore Berkeley Lab's journey from atomic age to supercomputing forefront. Discover exascale computing challenges, energy efficiency innovations, and future HPC directions with specialized hardware and chiplets.
Jack Dongarra's Perspective on the Exascale Computing Project
Explore computing pioneer Jack Dongarra's insights on the Exascale Computing Project's progress, achievements, and future impact on scientific research and high-performance computing.
Breaking Resistance in Computer Science and Engineering
Explore innovative approaches to overcoming resistance in computer science and engineering with insights from a leading expert at the University of Michigan.