
Hierarchical packet scheduler for approximate weighted fair queuing, offering efficient bandwidth allocation and flow isolation in high-speed networks with low complexity and resource usage.

Explore open hardware projects for Linux, including BeagleBone and OLinuXino. Learn about RISC-V and free FPGA toolchains for creating libre systems and running Linux on open source chip designs.

Explore isolation mechanisms for high-speed packet processing pipelines, focusing on Menshen's approach to enforcing isolation between modules in programmable data planes.

Unveiling secret flaws in DRAM RowHammer mitigations, exploring Target Row Refresh implementation, and introducing TRRespass: a RowHammer fuzzer for creative hammering patterns to bypass protections.

Explore real-time packet processing using FPGAs, focusing on Ethernet connections, FPGA architecture, and implementing network applications with hardware-level optimizations.

Hardsploit: A comprehensive toolbox and framework for auditing electronic systems and embedded devices, addressing the growing security challenges in the Internet of Things era.

Explore post-silicon IT systems, emerging architectures, and AI's impact on InfoSec. Discover how innovation addresses Moore's Law limitations and shapes the future of technology and security.

Explore IBM's Liquid Metal project for heterogeneous computing, unifying parallel programming paradigms and simplifying development for multicores, GPUs, and FPGAs.

Explore satellite systems, space technology, and embedded platforms for orbital missions. Learn about CubeSats, radiation-hardened components, and software reliability in space applications.

Explore FourQ, a cutting-edge elliptic curve cryptography method, and its implementation on FPGA for unprecedented speed in large prime character systems.

Explore SYCL, a C++ framework for heterogeneous computing, enabling efficient use of various accelerators. Learn its features, applications, and advantages for high-performance computing and AI/ML development.

Comprehensive exploration of FPGA technology, covering architecture, programming, and execution processes. Compares FPGAs to traditional processors and discusses their growing role as accelerators in various computing environments.

Explore Boost.Compute, a high-level API for GPU/parallel computing. Learn to write efficient C++ applications for GPUs, FPGAs, and multi-core CPUs using this portable, STL-like library.

Explore the challenges and rewards of working as a kernel developer for a networking hardware vendor, balancing community expectations with internal and external demands.

Explore cloud-native runtime technologies, projects, and specialized architectures with CNCF SIG-Runtime. Learn about orchestration, scheduling, and emerging trends in Edge, IoT, AI/ML, and more.

Discover how to monitor 400G network traffic using FPGA-based SmartNIC and DPDK, featuring hardware acceleration techniques and RTE flow configuration for optimal packet processing performance.

Discover how to process massive radio telescope data streams at 1.2 Tb/s using NVIDIA Grace Hopper GPUs, optimizing packet handling and reducing energy consumption through innovative system architecture.

Discover innovative RDMA mechanisms for handling endpoint congestion in accelerator domains, focusing on UDP/IP/Ethernet implementation and efficient congestion control for improved network performance.

Explore CXL Type2-based disaggregated memory architecture and how it extends far memory to remote heterogeneous memory using ethernet, featuring intelligent fabric control and memory tiering.

Explore architectural solutions for generative AI computing challenges, focusing on heterogeneous computing infrastructure and chiplet-based systems for improved energy efficiency.

Discover how FPGA-based Root of Trust enables secure platform attestation, providing dynamic cryptographic proof of identity and firmware integrity in modern computing systems.