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SKU/Artículo: AMZ-B0G2HBJQG2
RISC-V FOR EMBEDDED SYSTEMS: THE COMPLETE DEVELOPMENT GUIDE: Build IoT, Automotive, Edge Devices with Open-Source Processors. Microcontrollers, Real-Time OS, AI Acceleration and Production Deployment
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Paperback
Detalles del producto
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En stock
En stock
Peso con empaque:
0.67 kg
0.67 kg
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Sí
Sí
Condición
Nuevo
Nuevo
Producto de:
Amazon
Amazon
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USA
USA
Sobre este producto
- Build real RISC V based IoT, automotive, and edge AI systems from bare metal to production ready fleets.As RISC V moves from labs into shipping products, many engineers are caught between fast moving hardware, uneven tooling, and scattered documentation. You may find great ISA specs in one place, RTOS examples in another, and half finished Linux bring up notes somewhere else, but not a single guide that joins it all together for embedded work.RISC V for Embedded Systems gives you a complete, end to end path. You start with ISA fundamentals and representative cores, then move through toolchains, bare metal firmware, RTOS ports, embedded Linux, security, functional safety, AI acceleration, performance tuning, and production deployment with OTA and fleet operations, all grounded in real boards and code.Understand RISC V base ISAs and standard extensions (RV32I, RV64I, E, M, A, C, F, D, B, V) and how they affect code generation, performance, and toolchain settings.Work confidently with privilege levels, traps, CSRs, and Physical Memory Protection or enhanced PMP to structure robust bare metal and RTOS based systems.Compare core microarchitectures and SoC designs, including MCUs like CH32V003 and GD32VF103, connectivity parts such as ESP32 C3, AI SoCs such as Kendryte K210, and Linux capable platforms like VisionFive boards.Set up and tune GNU and LLVM toolchains for bare metal and Linux on RISC V, including startup code, linker scripts, ABIs, multilibs, and reproducible build configurations.Use emulators and virtual platforms such as QEMU, Renode, and Spike in your workflow for early bring up, regression testing, and verification of firmware and RTOS ports.Bring up bare metal firmware from reset vector to main, configure GPIO, timers, UART, and low power modes, and design sleep and wake patterns that actually hit power targets.Select and apply RTOSes such as FreeRTOS, Zephyr, and RT Thread on RISC V cores, including context switching, tick handling, ISR integration, driver models, and IoT protocol stacks.Build minimal RISC V Linux systems with Buildroot or Yocto, understand the boot chain from ROM through OpenSBI and U Boot to the Linux kernel, and bring up real boards like VisionFive and BeagleV class platforms.Design secure systems using RISC V privilege separation, PMP or ePMP, secure boot, firmware signing, anti rollback, and secure connectivity with strong key management for IoT deployments.Apply functional safety concepts such as ISO 26262 safety goals, AUTOSAR style mixed criticality architectures, lockstep cores, ECC, watchdogs, and end to end safety mechanisms on RISC V based control units.Use vector and DSP extensions for signal processing and edge ML, run TensorFlow Lite and TensorFlow Lite Micro on RISC V MCUs, and follow a full case study of Kendryte K210 and MAIX boards for vision and audio workloads.Tune performance with hardware counters and profiling tools, debug with OpenOCD, GDB, and high end probes, and profile power with DVFS, clock gating, and realistic measurement setups.Design bootloaders, firmware layouts, and dual bank OTA schemes that survive power loss, and run fleet grade device management with telemetry, remote configuration, and controlled rollouts.Plan for long term maintenance, security updates, and emerging regulatory requirements while tracking the RISC V roadmap for embedded, automotive, and edge AI systems.This is a code heavy guide. Throughout the chapters you work with real C, assembly, build scripts, linker scripts, and configuration snippets that compile on actual RISC V boards, so you can move from theory to running firmware and Linux systems with confidence.If you are serious about shipping on RISC V, not just experimenting with it, grab your copy today.
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