Modern Embedded Computing (English version)

Basic information of modern embedded computing (English version) original title: modern embedded computing: designing connected, pervasive, media-rich systems original Publishing House: Morgan Kaufmann Author: (US) peter Barry Patrick Crowley [Translator's profile] book series name: Classic original book library Press: Machinery Industry Press ISBN: 9787111412359 Release Date: February 2013 Release Date: 16 page: 518 version: 1-1 category: Computer> Computer Organization and architecture> embedded computer more about "modern embedded computing (English version) books, computers, books, books, unlike embedded microcontroller, which only provides limited functions for industrial applications, modern embedded systems are interconnected and rich media (using network functions and graphical user interfaces ). Modern Embedded Computing (English version) describes the Platform Architecture of contemporary embedded computing systems that can drive universal and interconnected devices (such as mobile phones, digital cameras, and smart home systems ). Intel Atom processors are widely used in devices such as e-readers, connected TVs, tablets, and laptops. From the very beginning, we will discuss embedded platforms and architectures dedicated to Intel Atom processors, next we will discuss system startup, operating system, power consumption optimization, graphics and multimedia acceleration, network connectivity, and platform debugging. This book comprehensively introduces how to develop an embedded on-chip system (SOC) framework. It is suitable for both the teaching materials of embedded computing courses in colleges and universities, as well as the reading reference of embedded system designers and related professionals. This book uses Intel Atom processor based on mainstream PC chip architecture to learn embedded system design, and provides comparative analysis with other platforms. An embedded processor is designed for games, on-board information and entertainment systems, medical record retrieval, point-of-sale purchase, networking, digital storage, and other retail, consumer, and industrial applications. Prefaceforewordacknowledgmentspart 1 principles of modern embedded systemschapter 1 embedded systems landscapewhat is an embedded computer system? Why is this transition inevitable? What range of embedded systems exists ?. What to Expect CT from the rest of this bookchapter 2 attributes of embedded systemsembedded platform characteristicssummarychapter 3 the future of embedded systemstechnology trendsissues, applications, and initiativeschallenges and uncertaintiessummarypart 2 embedded systems architecture and operationchapter 4 embedded platform architecture. platform overviewvolatile memory implements iesnonvolatile sto Ragedevice interface -- high performanceuniversal serial bus. device interconnect -- Low Temperature-purpose input/outputpower limit 5 embedded processor ubunturebasic execution environmentapplication binary interface. processor instruction limit/interrupts modelvector table structureexception cannot exceed limit Mapping and protectionmemory management unitmmu and processesmemory hierarchyintel atom microarchitecture (supplemental material) Chapter 6 embedded platform boot sequencemulti-core and multi-processor bootboot technology extends power sequences (the pre-boot) reset: the first few steps and a jumpearly initializationap processor initializationadvanced initializationlegacy bios and UEFI framework softwarecold and warm bootsummarychapter 7 Operating Systems overviewapplication interfaceprocesses, tasks, and other allocationclocks and internal exclusion/internal driver modelsbus driversnetworkingstorage file systemspower managementreal 8 embedded Linux, tool chainanatomy of an embedded linuxbuilding A kerneldebuggingdrive R developmentmemory managementsynchronization/locking. summarychapter 9 Power optimizationpower limit power profile of an embedded computing systemconstant versus dynamic powera simple model of power limit configuration and Power Interface (ACPI) optimizing software for power limit 10 embedded graphics and multimedia limit displayembedded pannelrap Hics stackaccelerated media decodevideo capture and encodingmedia audio 11 digital signal processing using general-purpose audio Instruction Multiple datamicroarchitecture audio loss and data transmission audio Impulse Response filterapplication audio 12 Network connectivitynetwor King basicstcp/IP networkingethernetwi-Fi and IEEE 802.11 faster thlinux networkingsummarychapter 13 application extends resourcessummarychapter 14 platform and content securitysecurity principles, security concepts and building blocksplatform support for 15 advanced topics: SMP, amp, and virtualizationmultiprocessing basicssypolicric m Please wait for platform before 3 developing an embedded systemchapter 16 example designsintel atom e6xx series compatible-radio communications ?designmodular =17 platform =new platformsa process for debugging a new platformdebug tools and chipset release proc ESS detailsadditional resourcessummarychapter 18 performance tuningwhat are patterns? General approachescode and designprocessor-specificnetworking techniquesreferencesindex