CeH Unit 2: Technical Foundations of Hacking
Explore technical foundations of hacking: OSI model, ARP, protocols, Ethernet, IP, TCP/UDP, security issues, and ICMP. Gain insights into network communication fundamentals.
Standardizing Early Hardware Access for Automotive Linux Systems
Exploring Linux adoption in automotive, addressing early hardware access challenges, and proposing standardization for improved performance in critical automotive applications.
Teach an Old Network Driver New Tricks
Explore modernizing legacy network drivers, focusing on PHYASIX and AR9331 switch examples. Learn diagnostic techniques, hardware capabilities, and lessons for updating Ethernet drivers.
Reverie: Low Pass Filter-Based Switch Buffer Sharing for Datacenters with RDMA and TCP Traffic
Innovative buffer-sharing scheme for datacenters, improving RDMA and TCP performance through unified admission control and low-pass filtering, enhancing burst absorption and flow completion times.
TCP/IP for Programmers
Comprehensive guide to TCP/IP fundamentals for developers, covering IP addresses, subnets, DHCP, DNS, and networking concepts essential for modern programming and web development.
Introducing Daisho
Explore Daisho, an innovative open-source hardware platform for monitoring Ethernet, USB, and HDMI. Learn about its modular design, architecture, and potential applications in network security.
The Art of Bit Banging - Gaining Full Control of Nearly Any Bus Protocol
Learn to manipulate bus protocols through bit banging techniques, gaining control over hardware communication and exploring potential security implications in embedded systems.
Profound Ideas from Bob Metcalfe
Insights from Ethernet inventor Bob Metcalfe on the 50th anniversary of his groundbreaking technology, exploring its impact on modern life and the future of internet connectivity.
Reproducible Building Network Infrastructure
Explore the design and implementation of a non-commercial ISP network, including Ethernet and IP setup, and learn about migrating to a NixOS-based system for improved reproducibility and management.
Packet Capture, Analysis, and Injection with Go
Explore packet capture, analysis, and injection in Go. Learn GoPacket library, network protocols, and practical techniques for working with network traffic.
Broadcom Qumran3D - The Industry's First 5nm 25.6T Single-Chip Router
Discover groundbreaking advancements in router technology with the 5nm Qumran3D, featuring 25.6T capacity, enhanced encryption, and revolutionary integration that transforms multi-rack systems into a single powerful chip solution.
1.2 Tb/s Packet Processing of Radio Telescope Data on GPU
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.
Automated Congestion Management in AI Data Centers - Network Optimization with DCQCN
Master automated network congestion management through Juniper Apstra's integration of DCQCN AutoTune, optimizing AI data center performance with real-time monitoring and dynamic configuration adjustments.
Navigating the AI Landscape - Insights, Innovations and Infrastructure Advancements
Explore the evolution of AI infrastructure, from InfiniBand to Ethernet networks, and discover Cisco's innovative solutions for scalable AI deployment, including the Nexus Hyperfabric collaboration with NVIDIA.
Congestion Management for Multicast on ROCE v2 - Implementing Backpressure Mechanisms
Explore RDMA multicast migration from InfiniBand to Ethernet (ROCE v2), focusing on congestion management techniques like ECN and Cisco Pause Frames for reliable data transmission.
Addressing Endpoint-Induced Congestion in Scale Out Accelerator Domain
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.
A Reliable and Low Latency Ethernet Hardware Transport
Discover Google's innovative approach to achieving reliable, low-latency Ethernet hardware transport through advanced networking protocols and optimization techniques.
Telemetry-Based Load Balancing of AI/ML Workloads in Self-Healing Networks
Discover how to optimize AI/ML workload performance through telemetry-based load balancing, network self-healing, and in-band monitoring for efficient Ethernet fabric architecture deployment.
Source Routing for AI Fabrics - Optimizing Network Traffic in Multi-tenant AI Clusters
Discover how to optimize AI training networks through source routing frameworks, reducing latency and improving efficiency in large-scale Ethernet fabrics for enhanced workload scheduling.
SONiC-based Open Packet Broker for 5G Network Monitoring
Discover how SONiC enables open packet brokering for 5G networks, offering cost-effective security monitoring through software-defined TAP and traffic aggregation on NVIDIA Spectrum Ethernet platforms.
CXL-Enabled Heterogeneous Active Memory Tiering: Architecture and Implementation
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.