HenrikWannJensenPDF扫描版,photonmapping经典册本
2018/4/22 6:12:44 18.55MB Photon Mappi
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Thisnewgraduatetextbookincomputerengineeringoffersamodern,up-to-datelookatcomputeraideddesignofVLSIcircuitsatthefunctionalandlogiclevelbyaddressinganinterestingtopicinCADfordigitalcircuits:designsynthesisofdetailedspecificationsfromabstractmodels.Topicscoveredincludehardwaremodeling,compilationtechniquesforhardwaremodels,high-levelsynthesis,logicsynthesis,andlibrarymappingalgorithms.CoursetitlesincludeDigitalCAD,AdvancedLogicDesignorComplementsofVLSIDesign.
2021/3/11 19:04:48 23.8MB Synthesis Optimization
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verilogRTL级代码编写指点(20篇精华文章)目录:ActelHDLCodingStyleGuide;
AdvancedHigh-levelHDLDesignTechniquesforProgrammableLogic;
DesigningSafeVerilogStateMachineswithSynplify;
fpga优秀设计的十条戒律;
GuidetoHDLCodingStylesforSynthesis
IEEEP1364.1_IEEEStandardforVerilogRegisterTransferLevelSynthesis
IEEEP1364.1D1.4_DraftStandardforVerilogRTLSynthesis
NonblockingAssignmentsinVerilogSynthesis,CodingStylesThatKill!;
PracticalFSMAnalysisforVerilog;
Re-timingforPerformanceImprovementinFPGADesigns;
RTLCodingStylesThatYieldSimulationandSynthesisMismatches;
StateMachineCodingStylesforSynthesis
StatemachinedesigntechniquesforVerilogandVHDL;
SynthesisandSimulationDesignGuide;
TheVerilogGoldenReferenceGuide;
VerilogCodingStyleforEfficientDigitalDesign;
VerilogHDLCoding(Motorola);
VerilogHDLSynthesisAPracticalPrimer;
Xilinx:HDLCodingStyle;
可综合的Verilog语法(剑桥大学,影印)。
2015/4/19 22:41:25 9.59MB verilog RTL
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具体看博客:https://blog.csdn.net/qq_33231534/article/details/108424647DDS全称为直接数字频率合成(DirectDigitalSynthesis),其基本原理是在一个周期波形数据下,通过选取其中全部数据或抽样部分数据组成新的波形,由奈奎斯特采样定理可知,最低两个采样点就可以组成一个波形,但实际上最少需求4个点。
其原理框图如下
2022/10/9 16:49:48 22.08MB fpga verilog
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IC计划三大经典书籍,AdvancedASICChipSynthesisUsingSynopsysDesignCompiler,physicalcompilerandPrimetime
2018/10/10 5:07:20 15.2MB asic verilog IC设计
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AsimpleandversatilestrategyisdesignedtosuccessfullyfabricateultrafineTiO2nano-cagesbasedontherapiddecompositionreactionbetweenamphoterichydroxideanda妹妹oniasolutionbypulsedlaserablationofTi/Alalloyinliquid.Withthea妹妹oniaconcentration(Va妹妹onia:Vwater,whereVisv
2018/9/15 7:47:14 591KB
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模仿设计权威书籍Thisbookcontainsalltopicsofimportancetotheanalogdesignerwhichareessentialtoobtainsufficientinsightstodoathoroughjob.Thebookstartswithelementarystagesinbuildingupoperationalamplifiers.Thesynthesisofopampsiscoveredingreatdetail.Manyexamplesareincluded,operatingatlowsupplyvoltages.Chaptersonnoise,distortion,filters,ADC/DACsandoscillatorsfollow.Theseareallbasedontheextensiveamountofteachingthattheauthorhascarriedoutworld-wide.Allchaptershavebeendrawnupspecificallyforself-study.Theyaim,however,atdifferentlevelsofunderstanding.Allstartwithelementarymaterial.Mostchaptersalsocontainadvancedmaterial.Anewformatisusedforthisbook.AllslidesareincludedonaCD-ROM,asPDFfiles,andarereproducedinthebook,followedbythecommentsnormallygivenbytheteacher.Thishastheadvantagesthatthematerialusedforteachingisalsothematerialusedbythestudent,andthatonlyoneadditionalaspectisexplainedperslide.Thestudentcanthuseasilymonitortheirprogressinunderstanding.
2020/11/23 10:42:05 49.33MB Analog
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verilog实现OFDM基带开发工具:QuartusII15.0(64-bit)ModelsimSE-6410.2cFPGA型号:CycloneVSXSoC—5CSXFC6D6F31C6N硬件平台:SoCKit(CycloneV)+ARRADIO(AD9361)目录阐明matlab_sim:ofdm基带发送部分matlab仿真代码scripts:Modelsim功能仿真脚本文件sim:Modelsim功能仿真工作目录及输出结果source:ofdm基带发送部分Verilog代码及其功能仿真代码synthesis:QuartusII工程文件tb:ofdm基带发送部分功能仿真顶层文件Modelsim功能仿真ofdm基带发送部分切换modelsim路径至scripts目录下,执行dotx_msim.tcl
2022/9/7 3:17:40 32.27MB verilog ofdm 基带
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给出了三种动态子结构方法的程序,对比了自在界面模态综合法,固定界面模态综合法,双协调自在界面模态综合法三种方法。
-Showsthreedynamicsubstructuremethodofprocedure,comparedtothefreeinterfacemodalsynthesismethod,fixed-interfacemodalsynthesismethod,two-coordinatefreeinterfacemodalsynthesismethodofthreemethods.
2022/9/6 18:11:54 6KB 子结构方法 模态综合法
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(SynthesisLecturesonAntennasVolume0)ConstantineBalanis-IntroductiontoSmartAntennas-MorganandClaypoolPublishers(2007)
2022/9/4 12:08:51 2.96MB 智能天线
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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。
2024-04-09 15:03 15KB 钉钉 钉钉打卡