GrokkingAlgorithmsisafullyillustrated,friendlyguidethatteachesyouhowtoapplycommonalgorithmstothepracticalproblemsyoufaceeverydayasaprogrammer.You'llstartwithsortingandsearchingand,asyoubuildupyourskillsinthinkingalgorithmically,you'lltacklemorecomplexconcernssuchasdatacompressionandartificialintelligence.EachcarefullypresentedexampleincludeshelpfuldiagramsandfullyannotatedcodesamplesinPython.GrokkingAlgorithmsisafriendlytakeonthiscorecomputersciencetopic.Init,you'lllearnhowtoapplycommonalgorithmstothepracticalprogrammingproblemsyoufaceeveryday.You'llstartwithtaskslikesortingandsearching.Asyoubuildupyourskills,you'lltacklemorecomplexproblemslikedatacompressionandartificialintelligence.EachcarefullypresentedexampleincludeshelpfuldiagramsandfullyannotatedcodesamplesinPython.Bytheendofthisbook,youwillhavemasteredwidelyapplicablealgorithmsaswellashowandwhentousethem.TableofContentsChapter1.IntroductiontoalgorithmsChapter2.SelectionsortChapter3.RecursionChapter4.QuicksortChapter5.HashtablesChapter6.Breadth-firstsearchChapter7.Dijkstra’salgorithmChapter8.GreedyalgorithmsChapter9.DynamicprogrammingChapter10.K-nearestneighbors

GraphAlgorithmsbyMarkNeedhamandAmyE.HodlerCopyright©2019AmyHodlerandMarkNeedham.Allrightsreserved.What’sinThisBookThisbookisapracticalguidetogettingstartedwithgraphalgorithmsfordevelopersanddatascientistswhohaveexperienceusingApacheSpark™orNeo4j.AlthoughouralgorithmexamplesutilizetheSparkandNeo4jplatforms,thisbookwillalsobehelpfulforunderstandingmoregeneralgraphconcepts,regardlessofyourchoiceofgraphtechnologies.Thefirsttwochaptersprovideanintroductiontographanalytics,algorithms,andtheory.Thethirdchapterbrieflycoverstheplatformsusedinthisbookbeforewediveintothreechaptersfocusingonclassicgraphalgorithms:pathfinding,centrality,andcommunitydetection.Wewrapupthebookwithtwochaptersshowinghowgraphalgorithmsareusedwithinworkflows:oneforgeneralanalysisandoneformachinelearning.Atthebeginningofeachcategoryofalgorithms,thereisareferencetabletohelpyouquicklyjumptotherelevantalgorithm.Foreachalgorithm,you’llfind:•Anexplanationofwhatthealgorithmdoes•Usecasesforthealgorithmandreferencestowhereyoucanlearnmore•ExamplecodeprovidingconcretewaystousethealgorithminSpark,Neo4j,orboth图方法方面最新的参考书，本文理论实践兼备（看标题就知道了），内容高清无码书签完整诚不我欺，强烈推荐给需要的朋友！

Combinatorics:Topics,Techniques,Algorithms比较老而且经典的一本教材搜了好久才搜到共享出来了

TheBouncyCastleCryptopackageisaJavaimplementationofcryptographicalgorithms.ThisjarcontainsJCEproviderandlightweightAPIfortheBouncyCastleCryptographyAPIsforJDK1.6.

《算法导论》原书名——《IntroductiontoAlgorithms》，是一本十分经典的计算机算法书籍，与高德纳（DonaldE.Knuth）的《计算机程序设计艺术》（《TheArtOfComputerProgramming》）相媲美。
《算法导论》由ThomasH.Cormen、CharlesE.Leiserson、RonaldL.Rivest、CliffordStein四人合作编著（其中CliffordStein是第二版开始参与的合著者）。
本书的最大特点就是将严谨性和全面性融入在了一起。
其中网易公开课上面有本书作者CharlesLeiserson的视频，此次只上传他们的课件和作业题

MIT经典教材之算法导论Introduction.to.algorithms完整版+教材+讲义+习题答案

Algorithms.in.C.Parts.1-5.3rd.Edition，学习算法的经典

Image-analysis-classifaction-and-change-detection-in-remote-sensing-with-algorithms-for-ENVI-IDL-and-Python.pdf

Thisbookpresentsaunifiedtreatmentofmanydifferentkindsofplanningalgorithms.Thesubjectliesatthecrossroadsbetweenrobotics,controltheory,artificialintelligence,algorithms,andcomputergraphics.Theparticularsubjectscoveredincludemotionplanning,discreteplanning,planningunderuncertainty,sensor-basedplanning,visibility,decision-theoreticplanning,gametheory,informationspaces,reinforcementlearning,nonlinearsystems,trajectoryplanning,nonholonomicplanning,andkinodynamicplanning."Motionplanningisanimportantfieldofresearchwithapplicationsinsuchdiverseterrainsasrobotics,molecularmodeling,virtualenvironments,andgames.Overthepasttwodecadesahugenumberoftechniqueshavebeendeveloped,allwiththeirmeritsandshortcomings.ThebookbySteveLaVallegivesanexcellentoverviewofthecurrentstateoftheartinthefield.Itshouldlieonthedeskofeverybodythatisinvolvedinmotionplanningresearchortheuseofmotionplanninginapplications."__||||__||______________||_||______________________||____|||___|/_(____||(__)_/___)___)___|_(__)/___)|||____((_|/___||||||_||||||____||||||_|___|_)_____)________|_)__)___/|_||_||_____)_||_|__|___/(_____|-LEGALTORRENTSPurpose:createabalance,sharethealreadyfreestuff,publicdomainworks,freeware,freemusic,freeebooks,articles,manifestos,movietrailers,andmore.showthecopyrightownersthattorrentwebsitesshouldn'tbeartheresponsibilityofwhattheirusersupload,torrentwebsitesareverymuchsimilartogoogle..usersuploadwhattheywanttoupload,downloadwhattheywanttodownload,andsearchforwhattheywanttosearch..bycreatingthisbalanceandsharingthealreadyfreestuff,wehopetotakethepressureoftorrentwebsites..__||||__||______________||_||______________________||____|||___|/_(____||(__)_/___)

不错，值得收藏

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。