Corbyn Ansel (61 results)

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Paperback. Condition: new. Paperback. Unlock the four-day workweek with AI-powered teamwork and proven workflows. Longer hours no longer guarantee better results. Professionals today face overwhelming reporting demands, constant meetings, and fragmented tools that drain time and energy. This book shows how to reverse that trend by combining practical workplace design with advanced AI agent crews to maintain high output while reducing hours and stress. With a structured, professional approach, this book gives you the tools to redesign processes, standardize workflows, and deploy intelligent AI systems that support real business needs across finance, healthcare, retail, and more. Inside, you will learn how to: Apply crewAI frameworks to coordinate agent roles, goals, and memoryCompare crewAI with LangGraph, AG2, and Swarm for practical adoptionAutomate triage, drafting, and task routing with multi-agent systemsDesign AI-powered teams that reduce reporting cycles and compliance overheadUse queueing math, Little's Law, and Erlang C to solve staffing challengesDevelop governance practices, audit trails, and safe human-in-the-loop rulesPlan a four-day transition with preparation metrics, team charters, and pilot phasesForecast where shorter weeks will expand first and how agent ecosystems will evolveWorking code included: This is not just theory. The book provides practical Python code snippets that demonstrate staffing models, coverage calculations, and agent automation setups, giving you hands-on tools you can adapt to your own workflows. Make the shift to fewer hours with greater clarity, productivity, and resilience. Grab your copy today and start building the future of work. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

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Taschenbuch. Condition: Neu. Neuware - Turn a Raspberry Pi 5 and an RTL-SDR receiver into a practical radio monitoring station for aircraft, vessels, weather satellites, aviation data links, and the RF spectrum.Software defined radio becomes far more useful when you understand how antennas, RF hardware, Linux, signal processing, decoders, and receiver software work together. This guide takes you from a stable Raspberry Pi SDR workstation to real receiving projects you can build, test, troubleshoot, and operate continuously.You will learn how to move beyond basic tuning and create dependable receiving systems for aviation, marine, satellite, and spectrum monitoring while understanding the RF principles behind every configuration.- Set up Raspberry Pi 5 for reliable SDR work with proper power, cooling, USB, storage, networking, SSH, and headless administration- Understand I Q samples, tuner architecture, gain, dynamic range, PPM correction, filtering, LNAs, bias tees, coax loss, and receiver overload- Select and position antennas for aviation, ADS B, AIS, VHF data links, and L band satellite reception- Use SDR software to inspect live signals, waterfalls, bandwidth, interference, noise, and receiver artifacts- Build AM, narrowband FM, and wideband FM receivers with GNU Radio while learning filtering, decimation, resampling, AGC, and frequency translation- Perform wideband spectrum sweeps, create long term waterfalls, and analyze relative band occupancy with rtl power tools- Track aircraft at 1090 MHz, decode Mode S and ADS B data, and build browser based aircraft monitoring with readsb and tar1090- Decode ACARS and VDL Mode 2 traffic, including higher layer aviation data using acarsdec, dumpvdl2, and libacars- Receive both AIS channels simultaneously, decode vessel identity and position data, and build marine monitoring services with AIS Catcher- Build a modern GOES HRIT and EMWIN weather satellite receiving station using a dish, LNA, filtering, RTL SDR, and SatDump- Manage multiple receivers with persistent serial numbers, dedicated antennas, systemd services, logging, storage policies, and automatic recovery- Troubleshoot dropped samples, thermal throttling, USB failures, gain problems, RF interference, frequency error, network issues, and weak receptionThe book includes practical command line examples, Python snippets, GNU Radio configurations, systemd service files, decoder commands, and diagnostic procedures that help you turn the concepts into working receiver projects.Grab your copy today and build a capable Raspberry Pi based SDR station that you can understand, expand, and maintain with confidence.…

Taschenbuch. Condition: Neu. Neuware.

Paperback. Condition: new. Paperback. Build production ready firmware faster with Zephyr, from clean board bring up to secure updates, with repeatable builds that scale.Integrating Hardware with Zephyr OS gives embedded teams a practical path to working silicon. You learn how to structure board support, write reliable drivers, and ship safe updates, all while keeping builds reproducible and traceable. The guidance is grounded in real devices, with examples that map to healthcare, finance, manufacturing, and retail use cases.Many projects stall between a blinking LED and a field ready product. Configuration drifts, drivers do not scale across boards, and updates break fleets. This book addresses those roadblocks head on. It shows you how Zephyr's Kconfig, Devicetree, CMake, and West fit together, how to validate hardware with Twister and tracing, and how to secure release pipelines with MCUboot, TrustZone, and CI.What you will learnSet up board support cleanly, organize required files, validate ports with Twister and logging.Master Kconfig for permanent settings, use Devicetree overlays and bindings to describe memory, clocks, and peripherals.Write drivers that match Zephyr's model, from minimal GPIO to I2C and SPI bus helpers, then advance to UART, ADC, and PWM.Handle SoC details safely, including pin control, clock control, interrupts, DMA, and cache coherency.Use the networking stack and BSD sockets, integrate Bluetooth LE host and controller, ship USB device and DFU with correct vendor ID policies.Ship secure firmware, structure MCUboot slots, enable encryption and rollback protection, isolate with TrustZone and TF-M where supported.Analyze performance in real time, apply thread analyzer, tracing, and profiling to remove bottlenecks.Automate testing with Twister, Ztest, and Renode, build reproducible binaries with CMake and West, wire up CI and release management.Contribute upstream correctly, follow licensing and compliance practices that keep products shippable.Working code focusThis book is a code forward guide, with practical snippets in C, Kconfig, Devicetree, and Bash that move you from theory to running firmware on supported boards, then on custom hardware.Why this book stands outFull pipeline coverage, from toolchain and West workspace setup to upstream contribution and licensing.Real device scope, shows how to apply Zephyr across regulated and high volume sectors, not just toy targets.Security and updates are first class, MCUboot layouts, encryption, rollback protection, and TrustZone TF-M in practice.Testing that scales, Twister, Ztest, and Renode integrated with CI so results are repeatable and auditable.Clear configuration patterns, repeatable Kconfig and Devicetree techniques that prevent config drift across boards and product variants.Ready to accelerate prototype development and stabilize your releases? Get the structured, repeatable approach your team needs to bring custom hardware online, keep it secure, and maintain it at scale.Grab your copy today. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…