
Accelerate real-time AI-based video and image analytics with DeepStream SDK. Learn about flexible deployment, architecture, and applications in retail, smart cities, manufacturing, and logistics.

Explore the evolution of programming by comparing Commodore 64 BASIC with modern Python, covering key concepts and techniques from both eras.

Explore GPU-accelerated boosted trees and deep neural networks for building winning recommender systems, featuring insights from Kaggle Grandmasters on the ACM RecSys Challenge.

Learn to define, train, and deploy Deep Neural Networks using Caffe framework. Covers data management, network definition, training monitoring, and deployment for classification or feature extraction.

Explore NVIDIA's advanced rendering solutions, including mental ray, iray, and OptiX. Gain insights into integrating and accelerating graphics pipelines for cutting-edge visual effects and simulations.

Explore data transmission using sound waves with Wave-share, an out-of-band technique utilizing built-in microphones and speakers in smartphones and computers.

Learn to interface computer applications with USB FTDI D2XX drivers, covering setup, programming, I/O states, and various modes for enhanced hardware communication and control.

Learn to create touch-free Arduino interfaces using the CAP1188 capacitive sensor. Explore wiring, coding, and sensitivity adjustments for contactless detection up to 15cm away, ideal for Covid-secure projects.

Explore advanced techniques in visual rendering, covering cutting-edge methods for creating realistic and immersive digital imagery in various applications.

Explore essential computer components and learn the step-by-step process of assembling a PC, from identifying parts to connecting cables and powering up the system.

Explore macOS's Hypervisor.Framework, its design principles, and implementation on Intel and Apple Silicon CPUs. Learn how QEMU utilizes this technology for virtual machine provisioning.

Explore NVMe emulation optimization techniques to boost performance from 30 KIOPS to 330 KIOPS, including shadow doorbell buffers, ioeventfd, iothread, and polling strategies.

Explore systemd's TPM2 features for enhanced Linux security, including disk unlocking, PCR policies, and system credentials, with insights on future developments and implementation challenges.

Explore AMD's new fine-grain CPU frequency control mechanism for Linux, improving power efficiency on Zen2+ processors. Learn design, implementation, and future optimizations.

Explore integrated camera hardware, comparing USB cameras with component-based systems. Learn about firmware interfaces, device drivers, and system complexities for digital cameras.

Explore PCIe performance optimization techniques and tuning parameters to enhance system efficiency and throughput in Linux environments.

Explore the creation of a functional microcomputer using TTL chips, without a microprocessor. Learn about hardware design, software stack, and unique capabilities of the Gigatron project.

Learn to streamline PCIe error debugging with debugpci tool, covering architecture, implementation, and real-world use cases for efficient diagnosis and resolution.

Explore the Container CXL Memory Interface with Hongjian Fan, gaining insights into this advanced technology and its applications in modern computing systems.

Explore the Container CXL Memory Interface with Hongjian Fan, delving into its architecture, implementation, and impact on system performance and resource management.

Explore the intricacies of QEMU's emulated NVMe device in this technical deep dive, uncovering its architecture, functionality, and implementation details.