CATEGORIES

C Language Data Types Explained

Overview of C data types,solder paste jar variables, integer/float/char representations, memory sizes and IEEE?754 layout, plus implicit and explicit type conversion rules for C.

DC Startup Environment and Synthesis Procedure

Guide to configuring Synopsys Design Compiler startup: using .synopsys_dc.setup, defining target/link/symbol/synthetic libraries, startup modes, synthesis workflow and DC commands.

Linux TCP Queue Parameters Explained

Practical guide to Linux TCP tuning from server perspective: connection queues, receive/send buffers, Ring Buffer, QDisc, NIC multi-queue and offload settings.

Kubernetes CoreDNS: What it is and how to monitor

Guide to monitoring CoreDNS in Kubernetes: configure Prometheus to scrape CoreDNS metrics, and monitor errors, latency, traffic, saturation and cache performance.

30 Common Linux Interview Questions

Concise guide to common Linux interview questions covering system administration, core commands (rm, ps, grep, tar), kernel components, LVM, bonding modes, and troubleshooting.

QSPI Hardware Implementation and Driver Principles

QSPI protocol overview and QSPI flash driver: modes (Config, Memmap), read/write/clock details, EDMA transfers, and AUTOSAR Flash driver usage and best practices.

Deploying Deep Learning Gait Recognition on Allwinner V853

Gait recognition on an embedded Allwinner V853 board using NPU acceleration, detailing PyTorch-to-NB model conversion, CPU preprocessing/postprocessing and CASIA-B evaluation.

What Is an Embedded Microprocessor and Its Uses

Survey of embedded microprocessor concepts, architecture, characteristics and applications, highlighting real-time performance, reliability, and trends in IoT and AI.

Three Main Components of an Embedded Microprocessor

Technical overview of the embedded microprocessor architecture, summarizing its three cooperating subsystems and how the compute unit enables arithmetic and logical execution.

Embedded Microprocessor Features and Functions

Technical summary of embedded microprocessors: their SoC integration, low-power design, real-time capabilities, peripherals, security, and roles in IoT and embedded systems.

Differences: DSP vs Microcontroller vs Embedded Microprocessor

Compare DSP, microcontroller, and embedded microprocessor designs: DSP signal processing optimizations, microcontroller peripheral integration, and power/performance tradeoffs.

Two Embedded Microprocessor Architectures and Their Pros and Cons

Overview of embedded microprocessor architectures (CISC vs RISC), trade-offs, advantages and limitations for embedded system design, power, performance, and integration.

Choosing Peripherals for Embedded Systems

Guide to selecting peripherals in embedded systems: compare memory, clock sources, timers, communication interfaces, I/O and ADCs with factors like speed, power, and stability.

Tesla Cuts Prices $2,000 on Three Main Models

Analysis of Tesla's recent price cuts, FSD subscription reduction and 14,000 layoffs after Q1 delivery declines, and competitive pressure from Chinese EV makers like BYD.

Soft Starters for Motor Start-up and Network Security

Overview of soft starter functions and Schneider Electric Altivar ATS480 features, covering inrush current control, protection, connectivity, and cybersecurity.

SWDT in AMD Versal Adaptive SoC

Technical overview of AMD Versal SWDT watchdog timers: generic and windowed modes, register usage, and signature and Q&A anti-abuse mechanisms.

Determinism in Embedded Real-Time Systems and EDMS

EDMS middleware for ADAS/AD: explains data-driven and time-driven scheduling, data determinism, and deterministic recompute with virtual drives for reproducible validation.

Key Characteristics of Embedded Microprocessors

Summary of embedded microprocessors: custom design, low power, small size, high integration, real-time capability and long-term reliability for engineers.

Characteristics of Embedded Microprocessors

Overview of embedded microprocessor characteristics: strong real-time performance and multitasking, memory protection, scalable architecture, and low power consumption.

Embedded Programmable System-on-Chip Explained

EPSoC overview: embedded programmable system-on-chip combining embedded system design and programmable SoC flexibility for high integration, customization and diverse applications.