调试PWM口，及V/F算法,参数辨识程序,磁场定向程序，从转速测量、参数辨识方面改善性能,转速PI调节,电流闭环使用PI函数,串口SCI控制，ADC、DQ、CLARKE、park变换。
DebugPWMport,andV/Falgorithm,parameteridentificationprogram,magneticfieldorientationprogram,improveperformancefromspeedmeasurementandparameteridentification,speedPIadjustment,currentclosedloopusingPIfunction,serialSCIcontrol,ADC,DQ,CLARKE,parktransform;

Thispaperisasurveyofthetheoryandmethodsofphotogrammetricbundleadjustment,aimedatpotentialimplementorsinthecomputervisioncommunity.Bundleadjustmentistheproblemofrefiningavisualreconstructiontoproducejointlyoptimalstructureandviewingparameterestimates.Topicscoveredinclude:thechoiceofcostfunctionandrobustness;numericaloptimizationincludingsparseNewtonmethods,linearlyconvergentapproximations,updatingandrecursivemethods;gauge(datum)invariance;andqualitycontrol.Thetheoryisdevelopedforgeneralrobustcostfunctionsratherthanrestrictingattentiontotraditionalnonlinearleastsquares.

由于bundleadjustment算法计算复杂度高，时间花费过多，所以选择了sparsebundleadjustment，该算法可参考multipleviewgeometryincomputervision书中的附录6，另外这个文件也包含一篇介绍parsebundleadjustment以及如何使用该代码的文档

PackageindexGtk.......................................................................................................................................................................................3Gtk::AccelGroup.................................................................................................................................................................6Gtk::AccelLabel..................................................................................................................................................................6Gtk::Accelerator..................................................................................................................................................................7Gtk::Adjustment..................................................................................................................................................................7Gtk::Alignment...................................................................................................................................................................8Gtk::Arrow..........................................................................................................................................................................8Gtk::AspectFrame...............................................................................................................................................................8Gtk::Bin..............................................................................................................................................................................9Gtk::Box..............................................................................................................................................................................9Gtk::BoxChild...................................................................................................................................................................1

matlab开发-BundleAdjustment。
解束平差（共线方程）摄影测量的一个简单函数

Intheearlyyearsofradiocircuits,fading(definedasslowvariationsintheamplitudeofthereceivedsignals)requiredcontinuingadjustmentsinthereceiver’sgaininordertomaintainarelativeconstantoutputsignal.Suchsituationledtothedesignofcircuits,whichprimaryidealfunctionwastomaintainaconstantsignallevelattheoutput,regardlessofthesignal’svariationsattheinputofthesystem.Originally,thosecircuitsweredescribedasautomaticvolumecontrolcircuits,afewyearslatertheyweregeneralizedunderthenameofAutomaticGainControl(AGC)circuits[1,2].

本压缩包里是SBA1.6（SparseBundleAdjustment）的VC2010版本原下载地址是:http://www.ics.forth.gr/~lourakis/sba本VC2010版本(sba.sln)是使用CMake,根据原下载源码中CMakeLists.txt转换而成,并删除一些不必要的配置/文件后精简而成.其中包含两个项目,sba和eucsbademo,这两个项目的编译和链接选项也进行了简化.其中sba项目将生成sba.lib,是SBA核心算法的静态库.ecusbademo项目将生成ecusbademo.exe,是SfM的演示程序.该项目用到两个静态库,一个是上边的sba.lib,一个是线性代数库clapack.lib.SBA(VC2010版)的目录结构:./sbaSBA源码(含readme.txt)./demoecusbademo源码(含readme.txt)./lib静态库存放位置，包括clapack.lib和sba项目生成的sba.lib都放在这里./documentation相关论文和文档(我搜集下载的)./vc2010VC2010的处理方案和项目配置文件(*.sln,*.vcxproj...)使用方法:使用VC2010直接打开sba.sln,全部编译即可.sba项目生成sba.lib,放入./lib目录中.ecusbademo生成ecusbademo.exe,放入./demo中运行ecusbademo.exe(其参数格式参见./demo中的readme.txt)

本压缩包里是SBA1.6（SparseBundleAdjustment）的VC2010版本原下载地址是:http://www.ics.forth.gr/~lourakis/sba本VC2010版本(sba.sln)是使用CMake,根据原下载源码中CMakeLists.txt转换而成,并删除一些不必要的配置/文件后精简而成.其中包含两个项目,sba和eucsbademo,这两个项目的编译和链接选项也进行了简化.其中sba项目将生成sba.lib,是SBA核心算法的静态库.ecusbademo项目将生成ecusbademo.exe,是SfM的演示程序.该项目用到两个静态库,一个是上边的sba.lib,一个是线性代数库clapack.lib.SBA(VC2010版)的目录结构:./sbaSBA源码(含readme.txt)./demoecusbademo源码(含readme.txt)./lib静态库存放位置，包括clapack.lib和sba项目生成的sba.lib都放在这里./documentation相关论文和文档(我搜集下载的)./vc2010VC2010的处理方案和项目配置文件(*.sln,*.vcxproj...)使用方法:使用VC2010直接打开sba.sln,全部编译即可.sba项目生成sba.lib,放入./lib目录中.ecusbademo生成ecusbademo.exe,放入./demo中运行ecusbademo.exe(其参数格式参见./demo中的readme.txt)

陈星汉（JenovaChen）的硕士论文，其中次要讨论的是沉浸理论应该如何被运用到游戏设计中去，特别是如何运用该理论来改善游戏中的动态难度调整系统(DynamicDifficultyAdjustment)。

RTL8370N-VB:Single-chip8-portgigabitnon-blockingswitcharchitectureEmbedded8-port10/100/1000Base-TPHYEachportsupportsfullduplex10/100/1000Mconnectivity(halfduplexonlysupportedin10/100Mmode)Full-duplexandhalf-duplexoperationwithIEEE802.3xflowcontrolandbackpressureSupports9216-bytejumbopacketlengthforwardingatwirespeedSupportsRealtekCableTest(RTCT)functionSupports96-entryACLRulesSearchkeyssupportphysicalport,Layer2,Layer3,andLayer4informationActionssupportmirror,redirect,dropping,priorityadjustment,trafficpolicing,CVLANdecision,andSVLANassignmentSupports5typesofuserdefinedACLruleformatfor64ACLrulesOptionalper-portenable/disableofACLfunctionOptionalsettingofper-portactiontotakewhenACLmismatchSupportsIEEE802.1QVLANSupports4KVLANsand32ExtraEnhancedVLANsSupportsUn-tagdefinitionineachVLANSupportsVLANpolicingandVLANforwardingdecisionSupportsPort-based,Tag-based,andProtocol-basedVLANUpto4Protocol-basedVLANentriesSupportsper-portandper-VLANegressVLANtaggingandun-taggingSupportsIVL,SVL,andIVL/SVLSupports4096-entryMACaddresstablewith4-wayhashalgorithmUpto4096L2/L3FilteringDatabaseSupportsSpanningTreeportbehaviorconfigurationIEEE802.1wRapidSpanningTreeIEEE802.1sMultipleSpanningTreewithupto16SpanningTreeinstancesSupportsIEEE802.1xAccessControlProtocolPort-BasedAccessControlMAC-BasedAccessControlGuestVLANSupportsQualityofService(QoS)SupportsperportInputBandwidthControlTrafficclassificationbasedonIEEE802.1p/Qprioritydefinition,physicalPort,IPDSCPfield,ACLdefinition,VLANbasedpriority,MACbasedpriority,andSVLANb

在日常工作中，钉钉打卡成了我生活中不可或缺的一部分。然而，有时候这个看似简单的任务却给我带来了不少烦恼。 每天早晚，我总是得牢记打开钉钉应用，点击"工作台"，再找到"考勤打卡"进行签到。有时候因为工作忙碌，会忘记打卡，导致考勤异常，影响当月的工作评价。而且，由于我使用的是苹果手机，有时候系统更新后，钉钉的某些功能会出现异常，使得打卡变得更加麻烦。 另外，我的家人使用的是安卓手机，他们也经常抱怨钉钉打卡的繁琐。尤其是对于那些不太熟悉手机操作的长辈来说，每次打卡都是一次挑战。他们总是担心自己会操作失误，导致打卡失败。 为了解决这些烦恼，我开始思考是否可以通过编写一个全自动化脚本来实现钉钉打卡。经过一段时间的摸索和学习，我终于成功编写出了一个适用于苹果和安卓系统的钉钉打卡脚本。