Is this the most beautiful proof? (Fermats Two Squares) vcubingx 2023-12-22 | A visual explanation of one-sentence proof of Fermat's Two Squares Theorem by Don Zagier.Support me on Patreon! patreon.com/vcubingxThis video adapted a lot of material from this paper: arxiv.org/abs/2112.02556If you're interested in this proof, I highly recommend it and Proofs From The Book! (In general, if you're interested in math, you should read Proofs From The Book)Some Clarifications:At 9:00, I meant to say 3^2 + 2^2. Sorry :pWhen it comes to the Zagier Map, one question a friend asked is that we only ever consider cases where the inner square is the smallest square or the largest square - what about the in between cases? To this, try and think of if you can create a windmill with an "in-between" case. If you can/cannot, why? (spoiler you can't!)The source code for the animations can be found here:github.com/vivek3141/videosA huge thanks to Chaeyeon Lee, Youngjin Park, Oliver Ni, Eric Che and Antonio Kam for helping me review the video!These animation in this video was made using 3blue1brown's library, manim:github.com/3b1b/manimChapters:0:00 Introduction1:40 Part 1: The Involution5:42 Part 2: The Windmill10:47 Part 3: The Zagier Map15:12 Putting it all together17:13 OutroFollow me!Website: vcubingx.comTwitter: twitter.com/vcubingx Github: github.com/vivek3141Instagram: instagram.com/vcubingx Patreon: patreon.com/vcubingx Music (in order):Philanthrope, mommy - embrace chll.to/7e941f72GameChops - National ParkPhilanthrope, Idealism - Still chll.to/a110849cGameChops - Route 113Helynt - Route 47Helynt - Bo-omb BattlefieldHelynt - UndewaterKnowmadic - Faces chll.to/892bc12eHelynt - Littleroot TownHope you guys enjoyed the music! I especially had fun picking out the tracks for this video. S/o to Helynt, they make amazing remixes!The most beautiful proof in math? (Fermat's Two Squares Theorem)Some tags: number theory, fermat's two squares, windmills, proofs, mathematics, vcubingx v cubingx, vcubing x
How did the Attention Mechanism start an AI frenzy? | LM3 vcubingx 2024-04-15 | The attention mechanism is well known for its use in Transformers. But where does it come from? It's origins lie in fixing a strange problems of RNNs.Support me on Patreon! patreon.com/vcubingxLanguage Modeling Playlist: youtube.com/playlist?list=PLyPKqVSnetmELS_I3FRfXZRKAxV5HB9fc&si=IRBpmEtun0xX7X9_3blue1brown series on Transformers: youtu.be/wjZofJX0v4MThe source code for the animations can be found here:github.com/vivek3141/dl-visualizationThese animation in this video was made using 3blue1brown's library, manim:github.com/3b1b/manimSources (includes the entire series): docs.google.com/document/d/1e9dB6Q-A6z1d33w2m0_DrMS5EdbSunY2TPvZmZf41Gc/editChapters0:00 Introduction0:22 Machine Translation2:01 Attention Mechanism8:04 OutroMusic (In Order):Helynt - Route 10Helynt - Bo-Omb BattlefieldHelynt - UnderwaterPhilanthrope, mommy - embrace chll.to/7e941f72Helynt - Twinleaf TownFollow me!Website: vcubingx.comTwitter: twitter.com/vcubingxGithub: github.com/vivek3141Instagram: instagram.com/vcubingxPatreon: patreon.com/vcubingx
Why Recurrent Neural Networks are cursed | LM2 vcubingx 2024-04-08 | Neural language models, and an explanation of recurrent neural networksSupport me on Patreon! patreon.com/vcubingxLanguage Modeling Playlist: youtube.com/playlist?list=PLyPKqVSnetmELS_I3FRfXZRKAxV5HB9fc&si=IRBpmEtun0xX7X9_3blue1brown series on Transformers: youtu.be/wjZofJX0v4MTraining Neural Networks: https://distill.pub/2020/grand-tour/Chris Olah's LSTM Blog: colah.github.io/posts/2015-08-Understanding-LSTMsThe source code for the animations can be found here:github.com/vivek3141/dl-visualizationThese animation in this video was made using 3blue1brown's library, manim:github.com/3b1b/manimSources (includes the entire series): docs.google.com/document/d/1e9dB6Q-A6z1d33w2m0_DrMS5EdbSunY2TPvZmZf41Gc/editChapters0:00 Introduction1:54 Neural N-Gram Models6:03 Recurrent Neural Networks11:47 LSTM Cells12:22 OutroMusic (In Order):Philanthrope, mommy - embrace chll.to/7e941f72Helynt - Hearthome CityHelynt - Route 10GameChops - National ParkHelynt - Bo-Omb BattlefieldHelynt - Verdanturf TownFollow me!Website: vcubingx.comTwitter: twitter.com/vcubingxGithub: github.com/vivek3141Instagram: instagram.com/vcubingxPatreon: patreon.com/vcubingx
What does it mean for computers to understand language? | LM1 vcubingx 2024-04-01 | An introduction to language modeling, followed by an explanation of the N-Gram language model!Support me on Patreon! patreon.com/vcubingxPart 2! youtu.be/rTz6hadM1Lg3blue1brown series on Transformers: youtu.be/wjZofJX0v4MThe source code for the animations can be found here:github.com/vivek3141/dl-visualizationThese animation in this video was made using 3blue1brown's library, manim:github.com/3b1b/manimSources (includes the entire series): docs.google.com/document/d/1e9dB6Q-A6z1d33w2m0_DrMS5EdbSunY2TPvZmZf41Gc/editChapters0:00 Introduction1:39 What is NLP?2:45 What is a Language Model?4:38 N-Gram Language Model 7:20 Inference9:18 OutroMusic (In Order):GameChops - National ParkPhilanthrope, mommy - embrace chll.to/7e941f72Helynt - Bo-omb BattlefieldHelynt - UndewaterHelynt - Route 10Helynt - Twinleaf TownFollow me!Website: vcubingx.comTwitter: twitter.com/vcubingxGithub: github.com/vivek3141Instagram: instagram.com/vcubingxPatreon: patreon.com/vcubingx
Why does π show up in the Mandelbrot Set? #maths #science #fractal #physics #mathematics #animation vcubingx 2024-01-18 | Watch the full video here! youtu.be/3tz_2syhWAEMusic (In order)Knowmadic - Faces chll.to/892bc12ePhilanthrope, mommy - embrace chll.to/7e941f72
What does a complex derivative look like? #maths #science #mathematics vcubingx 2024-01-08 | Watch the full video here! youtu.be/0CHZMY02DhkSupport me on Patreon: patreon.com/vcubingxMusic:Knowmadic - Faces chll.to/892bc12e
A one sentence proof?! (Fermats Two Squares) vcubingx 2023-12-22 | Watch the full video: youtu.be/r2o11yHAa2U
The secret π in the Mandelbrot Set vcubingx 2022-08-06 | Support me on Patreon! patreon.com/vcubingxOffset your carbon footprint on Wren: wren.co/start/vcubingx The first 100 people who sign up will have 10 extra trees planted in their name!The mandelbrot set is probably the single most iconic picture in all of math. Yet, somehow, someway, there's always something about this fractal that I find myself scratching my head about. Today, let's look at one of those things :)The source code for the animations can be found here:github.com/vivek3141/videos, which utilize manim: github.com/3b1b/manimHuge thanks to @alfcnz, @Bean_Piano for reviewing and helping me with the video!You can find my sources here (including the code used to generate the zoom in section, which I did not do myself, and the math behind how the colors are generated): docs.google.com/document/d/1vZidyO8ujH6X7xIcNFavzsTs7kcl57TrPQrRnBoYciU/editA portion of this video was sponsored by Wren.Music (In order)Knowmadic - Faces chll.to/892bc12ePhilanthrope, mommy - embrace chll.to/7e941f72Philanthrope, Idealism - Still chll.to/a110849cJujutsu Kaisen (but its okay if its lofi?)Follow me!Website: vcubingx.comTwitter: twitter.com/vcubingxGithub: github.com/vivek3141Instagram: instagram.com/vcubingxPatreon: patreon.com/vcubingxThe unexpected pi hidden in the Mandelbrot SetSome tags: vcubingx, v cubingx, vcubing x, v cubing x, mandelbrot set, pi, fractal,
What are Reed-Solomon Codes? How computers recover lost data vcubingx 2022-04-09 | An introduction to Modular Arithmetic, Lagrange Interpolation and Reed-Solomon Codes.Sign up for Brilliant! brilliant.org/vcubingxFund future videos on Patreon! patreon.com/vcubingxThe source code for the animations can be found here:github.com/vivek3141/videosFollow me on Twitter for updates/sneak peeks! twitter.com/vcubingxSources for the video: docs.google.com/document/d/1sstOmw6Q6r6dwEVCiau49iFkjs7zuBt2pStyA0_gU10/edit?usp=sharingFollow me!Website: vcubingx.comTwitter: twitter.com/vcubingxGithub: github.com/vivek3141Instagram: instagram.com/vcubingxPatreon: patreon.com/vcubingxMusic, by ChillHop and GameChops (In Order):Mommy x Philanthrope - EmbraceGameChops - Route 113Knowmadic - FacesIdealism - StillGameChops - Azalea TownChapters:0:00 Introduction2:02 Modular Arithmetic6:12 Lagrange Interpolation11:12 Reed-Solomon Codes, Putting it together14:50 Outro15:33 Brilliant Ad16:33 OutroTags: Reed-Solomon Codes, Lagrange Interpolation, Finite Field, Error Correcting Codes, Modular Arithmetic, Polynomial Interpolation, Reed Solomon Codes
What does it mean to take a complex derivative? (visually explained) vcubingx 2022-01-07 | The complex derivative, from differentials to the Cauchy-Riemann EquationsSupport me on Patreon! patreon.com/vcubingxSign up for Brilliant (sponsored link)! brilliant.org/vcubingxThe source code for the animations can be found here:github.com/vivek3141/videosA huge thanks to @3blue1brown , @Aleph0 , @alfcnz , Sumedh Shenoy, Nikhil Maserang and Oliver Ni for helping me review the video!If you're interested in learning why conformal doesn't necessarily mean differentiable, read Chapter 4.VI "Conformal = Analytic" of Tristan Needham's "Visual Complex Analysis", which you can find here: http://usf.usfca.edu/vca/This book is incredible, some of the ideas in this video were taken from this book. You can find all my sources here: docs.google.com/document/d/13chruB-Mmxc722Xxsv0Daz9pLqdX5AAI4olvvS9dq7Y/editSome extra info:At 20:47, I mention that a function is holomorphic if it satisfies the cauchy-riemann equations. This is not always true, the partial derivatives have to be continuous as well. For example, f(z) = {0 if z=0, z^5/|z^4| if z!=0} satisfies the cauchy-riemann equations but is not differentiable at z=0.Thanks to Ge for pointing this out!Mistakes:3:15: The upper number line should still be labeled as "x" instead of "x^2"14:56 It should be nz^(n-1)These animation in this video was made using 3blue1brown's library, manim:github.com/3b1b/manimChapters:0:00 Intro1:53 The Real Derivative, Revisited4:31 Differential View9:17 Transformation View13:02 Conformality16:01 Cauchy-Riemann Equations22:15 Brilliant Ad, Stereographic Projection23:57 Outro, deriv of e^zFollow me!Website: vcubingx.comTwitter: twitter.com/vcubingxGithub: github.com/vivek3141Instagram: instagram.com/vcubingxPatreon: patreon.com/vcubingxMusic (in order):Knowmadic - Faces chll.to/892bc12ePhilanthrope, mommy - embrace chll.to/7e941f72GameChops - Route 113Knowmadic - Faces chll.to/892bc12ePhilanthrope, Idealism - Still chll.to/a110849cGameChops - Azalea TownWhat does it mean to take a complex derivative? (visually explained)Some tags: complex analysis, cauchy-riemann, imaginary, derivative, vcubingx
What happens *inside* a neural network? vcubingx 2021-10-15 | Visuals to demonstrate how a neural network classifies a set of data. Thanks for watching!Support me on Patreon! patreon.com/vcubingxSource Code: github.com/vivek3141/dl-visualizationHere's the course I referred to in the video. I am not affiliated with NYU.youtube.com/playlist?list=PLLHTzKZzVU9eaEyErdV26ikyolxOsz6mqSinusoids as activation functions:openreview.net/forum?id=Sks3zF9egvsitzmann.github.io/sirenHere's the distill.pub article:https://distill.pub/2020/grand-tour/Special thanks to Alfredo Canziani and Nikhil Maserang for reviewing the video.And also thanks to Grant Sanderson himself for giving me some manim tips!I've been active on twitter, follow me here!twitter.com/vcubingxJoin my discord server!discord.gg/Kj8QUZUThese animation in this video was made using 3blue1brown's library, manim:github.com/3b1b/manimMusic is from GameChops (Route 113, Azalea Town, Ecruteak CityFollow me!Website: vcubingx.comTwitter: twitter.com/vcubingxGithub: github.com/vivek3141Instagram: instagram.com/vcubingxPatreon: patreon.com/vcubingxWhat does a Neural Network *actually* do? Visualizing Deep Learning, Chapter 20:00 Intro0:18 Recap of Part 11:57 Introducing the dataset2:52 Structure of the Neural Network we’ll be using3:34 What is softmax?5:52 Input space decision boundaries6:24 Modifying the Neural Network to visualize what it’s doing7:36 Out-of-domain boundaries8:46 sin(x) as an activation function9:30 Neuron planes11:57 Softmax surfaces13:20 MNIST Transformation13:42 Outro
The Neural Network, A Visual Introduction vcubingx 2020-08-23 | A visual introduction to the structure of an artificial neural network. More to come!Support me on Patreon! patreon.com/vcubingxSource Code: github.com/vivek3141/dl-visualizationHere's the course I referred to in the video. I am not affiliated with NYU.youtube.com/playlist?list=PLLHTzKZzVU9eaEyErdV26ikyolxOsz6mqHere's 3blue1brown's video on Linear Transformations: youtu.be/kYB8IZa5AuESpecial thanks to Matt Henderson, David Ha, Oliver Ni and Sumedh Shenoy for reviewing the video.And also thanks to Grant Sanderson himself for giving me some manim tips!I've been quite active on twitter, follow me here!twitter.com/vcubingxJoin the discord server!discord.gg/Kj8QUZUThese videos were made using 3blue1brown's library, manim:github.com/3b1b/manimFollow me!Website: vcubingx.comTwitter: twitter.com/vcubingxGithub: github.com/vivek3141Instagram: instagram.com/vcubingxPatreon: patreon.com/vcubingxThe Neural Network, A Visual Introduction | Visualizing Deep Learning, Chapter 10:00 Intro1:55 One input Perceptron3:30 Two input Perceptron4:40 Three input Perceptron5:17 Activation Functions6:58 Neural Network9:45 Visualizing 2-2-2 Network10:59 Visualizing 2-3-2 Network12:33 Classification13:05 Outro
A horizontal integral?! Introduction to Lebesgue Integration vcubingx 2020-07-09 | Support me on Patreon! patreon.com/vcubingxJoin my discord server! discord.gg/Kj8QUZUTerry Tao's book on Measure Theory: terrytao.files.wordpress.com/2012/12/gsm-126-tao5-measure-book.pdfLearn about Lebesgue Measure: https://www.math.ucdavis.edu/~hunter/measure_theory/measure_notes_ch2.pdfMore applications!pdfs.semanticscholar.org/ff79/d53072a1ce8704d037987951f22d4d4c1018.pdfSource code: github.com/vivek3141/videosSources: docs.google.com/document/d/16627SCK1_pDaHs8jqkWCCM1wbxVhzEEoht9p67q85-AFollow me!twitter.com/vcubingxgithub.com/vivek3141vcubingx.com
The million dollar equation (Navier-Stokes equations) vcubingx 2020-06-06 | PLEASE READ PINNED COMMENTIn this video, I introduce the Navier-Stokes equations and talk a little bit about its chaotic behavior. Make sure to like and subscribe!What is a newtonian fluid? physics.stackexchange.com/questions/293349/intuitive-definition-for-newtonian-fluidDivergence and Curl by 3b1b: youtu.be/rB83DpBJQsESource code for the animations: github.com/vivek3141/videosFollow me!twitter.com/vcubingxgithub.com/vivek3141Sources: docs.google.com/document/d/1l-J41Qw9NfzTDF54SPJe7g5DuR108bXc-AYMudZjT9Q/edit?usp=sharing
Calculus of Variations ft. Flammable Maths vcubingx 2020-04-25 | Flammable Maths: youtube.com/channel/UCtAIs1VCQrymlAnw3mGonhwLeibnitz Rule: youtube.com/watch?v=wkh1Y7R1sOwThis video is an introduction to the calculus of variations. We go over what variational calculus is trying to solve, and derive the Euler-Lagrange equation, the key partial differential equation to all this. Source code for animations! github.com/vivek3141/videosJoin my discord server! discord.gg/Kj8QUZU-----------0:00 Intro to Variational Calculus3:38 Derivation of Euler-Lagrange equation19:20 Application of Euler-Lagrange equation-----------Follow me!twitter.com/vcubingxgithub.com/vivek3141Music by Chillhop:Knowmadic - Faces chll.to/892bc12e
The Coupon Collectors Problem vcubingx 2020-04-17 | Get 2 months of skillshare premium here! https://skl.sh/vcubingxJoin my discord server! discord.gg/Kj8QUZUThe coupon collector's problem goes as follows: let's say you want to collect N coupons through draws that have an equal probability of getting any of the N coupons. What's the expected value of the number of draws to get all N coupons?Follow Me!vcubingx.comgithub.com/vivek3141twitter.com/vcubingxinstagram.com/vcubingx
Domino Tiling and Graph Theory vcubingx 2020-03-19 | A beautiful solution to a difficult problem. Late pi day video!Code for the solution: github.com/vivek3141/domino-tilingSource Code for the animations: github.com/vivek3141/videos/blob/master/domino.pyNew website + store: vcubingx.comPermanent of a matrix: https://math.berkeley.edu/~bernd/ban275.pdfFollow Me!github.com/vivek3141twitter.com/vcubingxinstagram.com/vcubingxVideo Sources: docs.google.com/document/d/1gKk8Ig-cwcg5caEZUaNqsUA3h4HpOLEJHphkJndPc_EMusic by ChillHop#math #animation #graphs
The Pattern to Prime Numbers? vcubingx 2020-01-20 | In this video, we explore the "pattern" to prime numbers. I go over the Euler product formula, the prime number theorem and the connection between the Riemann zeta function and primes.Here's a video on a similar topic by Numberphile if you're interested: youtu.be/uvMGZb0SuycThere are a few mistakes in this video, so I clarified them in a pinned comment. Sorry about that!This video adapted several concepts and ideas from this article: medium.com/cantors-paradise/the-riemann-hypothesis-explained-fa01c1f75d3fMore sources: docs.google.com/document/d/1_lFWtsuPfWNq0VFAiqknsSeAOa-Oy2MDrmH6d-EOiBg/edit?usp=sharingRiemann Hypothesis by 3b1b: youtu.be/sD0NjbwqlYwComplex Exponents by 3b1b: youtu.be/v0YEaeIClKYHarmonic Series Divergence: https://web.williams.edu/Mathematics/lg5/harmonic.pdfP-Series Convergence: khanacademy.org/math/ap-calculus-bc/bc-series-new/bc-10-5/a/proof-of-p-series-convergence-criteriaThis video was animated using manim: github.com/3b1b/manimSource code for the animations: github.com/vivek3141/videosFollow Me!instagram.com/vcubingxgithub.com/vivek3141twitter.com/vcubingxMusic by ChillHop#primes #zeta #math
The Painters Paradox vcubingx 2019-11-22 | In this video, we talk about the painter's paradox, that describes an object that can't be covered with paint but can be filled with paint. How is it possible to have an object with an infinite surface area but a finite volume? Doesn't it make sense that the outside of an object always takes up less space than the inside? Follow Me!instagram.com/vcubingxgithub.com/vivek3141twitter.com/vcubingxThis video was animated using manim: github.com/3b1b/manimSource code for the animations: github.com/vivek3141/videos
The Divergence Theorem, a visual explanation vcubingx 2019-09-02 | This video talks about the divergence theorem, one of the fundamental theorems of multivariable calculus. The divergence theorem relates a flux integral to a triple integral. Green's Theorem: youtu.be/8SwKD5_VL5oLine Integrals: youtu.be/dnGDmZynvYYFollow Me!instagram.com/vcubingxgithub.com/vivek3141twitter.com/vcubingxThis video was animated using manim: github.com/3b1b/manimSource code for the animations: github.com/vivek3141/videos
The Fractional Derivative, what is it? | Introduction to Fractional Calculus vcubingx 2019-07-25 | This video explores another branch of calculus, fractional calculus. It talks about the Riemann–Liouville Integral and the Left Riemann–Liouville Fractional Derivative, and ends with an application to the Tautochrone Problem.Brachistochrone:youtube.com/watch?v=skvnj67YGmwyoutube.com/watch?v=Cld0p3a43fUThis video was mostly a video adaptation of this article: medium.com/cantors-paradise/fractional-calculus-48192f4e9c9fFollow Me!instagram.com/vcubingxgithub.com/vivek3141twitter.com/vcubingxMusic by ChillHop#calculus #fractional #mathThis video was animated using manim: github.com/3b1b/manimSource code for the animations: github.com/vivek3141/videosSources: docs.google.com/document/d/1KNcPoYom2UbF5nyH2tmktfs67kyL7-upfiRKbqu-_BM/edit?folder=0AF8kt9Iej-LyUk9PVA------------------0:00 Introduction1:20 Fractional Integration6:31 The Left R-L Fractional Derivative11:22 The Tautochrone Problem----------------------
Why does pi show up here? | The Gaussian Integral, explained vcubingx 2019-07-04 | Support me on Patreon! patreon.com/vcubingxJoin my discord server! discord.gg/Kj8QUZUThe Gaussian Integral is a term that describes the area under a normal distribution of mean 1. This value is equal to the square root of pi. In this video, I go over the hidden circle behind this, using a bit of multivariable calculus. Hope you enjoy!Follow Me!instagram.com/vcubingxgithub.com/vivek3141twitter.com/vcubingxMusic by Chillhop: http://chillhop.com/listensadtoi - Jeux D'eau chll.to/60d3efc2Philanthrope, mommy - embrace chll.to/7e941f72#calculus #gaussian #integralThis video was animated using manim: github.com/3b1b/manimSource code for the animations: github.com/vivek3141/videos
Greens Theorem, explained visually vcubingx 2019-06-10 | Support me on Patreon! patreon.com/vcubingxThis video aims to introduce green's theorem, which relates a line integral with a double integral. Line Integrals: youtu.be/dnGDmZynvYYDivergence and Curl by 3b1b: youtu.be/rB83DpBJQsEFor the example at 5:07, the equation of the vector field has the x equation and y equation flipped. It should be F=(-yx + x^3, 6y-9x).Follow Me!instagram.com/vcubingxgithub.com/vivek3141twitter.com/vcubingxRead More:brilliant.org/wiki/greens-theorem mathinsight.org/greens_theorem_ideakhanacademy.org/math/multivariable-calculus/greens-theorem-and-stokes-theorem/greens-theorem-articles/a/greens-theoremhttp://tutorial.math.lamar.edu/Classes/CalcIII/GreensTheorem.aspx#calculus #multivariable #greenstheoremMusic by Chillhop: http://chillhop.com/listenThis video was animated using manim: github.com/3b1b/manimSource code for the animations: github.com/vivek3141/videos
The Line Integral, A Visual Introduction vcubingx 2019-02-12 | Vector Field Visualizer:vivek3141.github.io/vector-field-visualizergithub.com/vivek3141/vector-field-visualizer3D Plotters(by far the best): math3d.orgThis video gives a brief introduction to the line integral. I talk about line integrals over scalar fields and line integrals over vector fields along with a few sample problems. For some reason, I didn't like this video very much. It doesn't have the satisfying feel I get from some of my other ones. Even though I am extremely satisfied with the animations, I'm not one bit with the audio. I was going to redo it, but then realized I had 550 subs, and decided to upload it anyway, someone might like it.If you want to study some more, Paul's online notes are great for breezing through the concepts, but if you want a formal course, you could either take it at a college nearby or try Khan/other online classes. Music by ChillHopsadtoi - Jeux D'eau chll.to/60d3efc2Barnes Blvd. - Perspective chll.to/e546dbcc#calculus #multivariable #lineintegralThis video was animated using manim: github.com/3b1b/manimSource code for the animations: github.com/vivek3141/videos
How to connect to your Raspberry Pi using Ethernet! (Secure Shell[SSH] and Remote Desktop) vcubingx 2017-07-13 | So if you want to ssh or remote desktop to your raspberrry pi, for most people it just doesn't work directly. This video describes how to ssh to your raspberry pi and also remote desktop to your raspberry pi with just one ethernet cable.Thanks for stopping by. Like it if it helped you or you liked it and make sure to subscribe so that you don't miss any new content.Share it if you think somebody might find it useful!DHCP Server: http://www.dhcpserver.de/cms/download/Putty: chiark.greenend.org.uk/~sgtatham/putty/latest.htmlPlease tell me what you think in the comments...Subscribe to VCubing XHow to connect to your Raspberry Pi using Ethernet! (Secure Shell[SSH] and Remote Desktop)
