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DTUdk
Дания
Добавлен 20 авг 2010
Видео
Miniforelæsning om ansvarlig kunstig intelligens
Просмотров 737 часов назад
Miniforelæsning om ansvarlig kunstig intelligens
Miniforelæsning om biodiversitet i havene
Просмотров 277 часов назад
Miniforelæsning om biodiversitet i havene
A new groundbreaking discovery makes looking for life on Jupiter's moon ‘Europa’ a possibility
Просмотров 45614 часов назад
Jupiter is the largest and oldest planet in our solar system. Formed from the dust and gases left over from the Sun's formation 4.6 billion years ago. While Jupiter’s environment is probably not conducive to life as we know it the same is not true of some of its 95 moons. The moon Europa is actually one of the likeliest places to find life elsewhere in our solar system since there is evidence o...
Kemiteknik og International Business, DTU
Просмотров 152Месяц назад
Erhvervslivet efterspørger i højere grad kompetencer inden for økonomi, organisation og ledelse og evnen til at arbejde på tværs af forskellige fagområder. Kemiteknik og International Business er en tværfaglig uddannelsesretning, som giver dig en bred viden om et teknisk-fagligt område, samtidig med at du lærer om de økonomiske og ledelsesmæssige vilkår, som virksomheder opererer under. Her kan...
Byggeri og Infrastruktur, DTU
Просмотров 246Месяц назад
Som ingeniør i Byggeri og Infrastruktur er du med til at bestemme, hvordan Danmark skal se ud i fremtiden - ja, hvordan hele verden skal se ud, for du får hele verden som mulig arbejdsplads. Her kan du møde to studerende, der fortæller om, hvorfor de har valgt at læse Byggeri og Infrastruktur. Læs evt. mere på www.dtu.dk/uddannelse/diplomingenioer/uddannelsesretninger/byggeri-og-infrastruktur
IT og Økonomi, DTU
Просмотров 155Месяц назад
IT og Økonomi er en uddannelsesretning, som DTU udbyder i samarbejde med Copenhagen Business School (CBS). Uddannelsen giver dig en 360-graders forståelse for såvel IT som de kommercielle aspekter af en virksomhed. Med en uddannelse inden for IT og økonomi bliver du i stand til at skabe IT-løsninger, der gør menneskers hverdag bedre og nemmere - både i og uden for virksomheder. Her kan du møde ...
Produktion, DTU
Просмотров 158Месяц назад
I dag handler produktion ikke bare om fysiske produkter, men i høj grad også om serviceydelser. Samtidig betyder globaliseringen, at et enkelt produkt - f.eks. din smartphone eller dit køleskab - består af komponenter, der kan være produceret vidt forskellige steder i verden. Derfor er der brug for ingeniører til at styre og udvikle virksomheders produktionskæder - fra valget af internationale ...
Softwareteknologi - diplomingeniør, DTU
Просмотров 263Месяц назад
Med en diplomingeniøruddannelse i softwareteknologi bliver du specialist i de nyeste softwaretendenser og klar til at skabe de systemer, der lige om lidt kan forandre vores hverdag. Her kan du møde tre studerende, der fortæller om, hvorfor de har valgt at læse til diplomingeniør i Softwareteknologi. Læs evt. mere på www.dtu.dk/uddannelse/diplomingenioer/uddannelsesretninger/softwareteknologi.
The President’s Talk: We must make our mark on sustainable development to the best of our ability
Просмотров 151Месяц назад
Den 28. juni afholder DTU Grøn Dyst, hvor over 200 studerende deltager. Idéen bag GRØN DYST er, at fremtidens ingeniører kan integrere aspekter af social, økonomisk og miljømæssig bæredygtighed samt innovation i deres arbejde. For vores samfund, vores fremtid skal være bæredygtig.
Bygningsdesign (BSc), DTU
Просмотров 2182 месяца назад
I dag bruges der mange ressourcer på opførelse og drift af bygninger, men der er en målsætning om, at alle fremtidens bygninger skal være bæredygtige og tæt på nulenergibygninger. For at imødekomme den målsætning er der brug for ingeniører, der kan indgå i samarbejde med arkitekter og andre faggrupper om design af bygninger, byggekomponenter og byggesystemer. Det er her, at du som ingeniør i By...
Fysik og Ingeniørvidenskab, DTU
Просмотров 1592 месяца назад
Uddannelsesretningen Fysik og Ingeniørvidenskab er en spændende uddannelsesretning for dig, der vil mestre grundlæggende fysik og bruge moderne fysik til som fysikingeniør at finde løsninger på tidens store teknologiske udfordringer. Her kan du møde tre studerende, der fortæller om, hvorfor de har valgt at læse Fysik og Ingeniørvidenskab på DTU. Læs evt. mere på: www.dtu.dk/uddannelse/bachelor/...
Cyberteknologi, DTU
Просмотров 5992 месяца назад
Hvilke teknologier forandrer vores hverdag? Og hvordan former de fremtidens samfund? Med en bacheloruddannelse i cyberteknologi kan du finde svarene og arbejde med den nyeste digitale udvikling - fra intelligente produkter til smartphones og datacentre. Her kan du møde tre studerende, der fortæller om, hvorfor de har valgt at læse Cyberteknologi på DTU. Læs evt. mere på www.dtu.dk/uddannelse/ba...
Bygningsdesign - diplomingeniør, DTU
Просмотров 2112 месяца назад
På Bygningsdesign får du ingeniørteknisk viden, samtidig med at du lærer om den arkitektoniske helhed, et projekt indgår i. Som ingeniør i Bygningsdesign kan du derfor bidrage til, at ingeniører og arkitekter får bedre forståelse for hinandens arbejde - noget, der sparer både tid og penge og skåner miljøet. Her kan du møde tre studerende, der fortæller om, hvorfor de har valgt at læse Bygningsd...
The President’s talk, DTU’s 2024 Commemoration Day
Просмотров 2623 месяца назад
The President’s talk, DTU’s 2024 Commemoration Day
Introduktion til DTU, Åbent Hus 2024
Просмотров 2343 месяца назад
Introduktion til DTU, Åbent Hus 2024
Mød en ingeniør: Helene Swartz Christiansen og Mette Steinlein Christensen
Просмотров 1613 месяца назад
Mød en ingeniør: Helene Swartz Christiansen og Mette Steinlein Christensen
Mød en ingeniør: Cecilie Damgaard Jensen
Просмотров 1203 месяца назад
Mød en ingeniør: Cecilie Damgaard Jensen
En startup fra DTU’s Innovation Ecosystem
Просмотров 573 месяца назад
En startup fra DTU’s Innovation Ecosystem
The Alexander Foss Gold Medal: Professor Torsten Dau, DTU Commemoration 2024
Просмотров 2873 месяца назад
The Alexander Foss Gold Medal: Professor Torsten Dau, DTU Commemoration 2024
Good one
Excellent
is the program available in english?
Could you please provide information on the prerequisites for this course?
Very inspiring
I have a question, what exactly are the qualifications for entering DTU? ‘cause I really wanna go there, like lot, but I don’t really know if I meet the criteria I mean I know I don’t meet the criteria, I can’t even apply until after about 4 yrs It’s just what are the standards? Could I possibly get into DTU? Am I even the kind of person they consider? I’m autistic, I’m very logical thinking and quite creative but I’m super emotionally unstable, I know alot about creative subjects such as were you paint or draw, make make shelf, I’m quite decent at writing and with assignments/assays, but I lack in math. I missed almost 4 years of school due to school switchings and covid, now I’m 15 (turned may) my math levels are all over the place. In some cases I excel and in others I’m at 0-2 graders level. (I have to relearn math from scratch) It’s bad but of course it’s possible by the time I turn 19 I’ll have it somewhat sorted out but if even if it isn’t the best could I still get into DTU? Am i putting way too high expectations for myself and do i stand a chance at all? Should reevaluate going into DTU in the first place since I might now have a chance at all? That is all thank you for reading!
It’s on their website
i read his book, it is god tier book i read for optimization.
I'm relocating to Denmark come September 2025 to study MSC in food technology.
Videoen er jo 3 år gammel og det er før KI kom i velten. Nu er det tiden til at få hjælp fra en styret KI som har tålmodighed og kunnen til at hjælpe uden at give løsningen på det problem som skal løses. Det eneste eksempel jeg har set er fra Howard universitet i USA der som som mål har at uddanne så mange som muligt så billigt som muligt. Så det er muligt at skabe noget som kan bruges til flere forskellige fag om enten direkte egner sig med lidt fantasi ( undskyld bandeordet)
Why do we compute the curvature of the L-curve instead of just computing the total norm (the residual norm and the solution norm together)? Won't the corner of the curve always be the point closest to the origin?
It depends on the data's properties, i.e. number of data points, signal and noise levels, etc.
Det blev jo et fantastisk 1/2 år. Du fortjener virkelig en tur ud i rummet igen 👍🚀✨ Alle gode gange 3 🤩😉
Næste gang er det månen. Jeg har købt månekage en ny og bedre version af den traditionelle halve citronmåne. Den er lidt fladere og helt rund, så den gule glasur, i rigelige mængder, rigtig kommer til sin ret 👍🌍🚀🌝😊
Super fed video, tak for indsigten :).
Crazy jeg sover 56 sekunder inde
Many good memories from this course. Ole is an amazing teacher
hvor var de forskillige folk i 5 semester?
43:31 It is connected to the concept of reproducing kernel Hilbert space. More specifically, for any functional from Hilbert space to real line (from feature space to prediction), we can simplify it as a scalar product with the special vector w in Hilbert space. Thus, finding the optimal functional can be interpreted as a problem of finding optimal element w in Hilbert space.
det er meget interessant håber virkelig det bliver gjort mere for det , det er lige som om det bliver tiet ihjel af politikerne , jeg tror ikke de gør noget for det desværre
Nilsson is irretrievably confused. It is assumptions that are hidden in "ab initio" of the traditional model that are the confounding factor that has confused Nilsson and the rest of academia. Specifically the mistake is the failure to recognize that H2O polarity is not a constant but a variable the magnitude of which varies dramatically as a consequence of hydrogen bonding. Thus Nilsson's thinking is a combination of empiricism and superstition that will only result in the continuation of his own confusion and the confusion of his students and audience. The mistake that is hidden in the ab initio is an assumption that was introduced to us from Linus Pauling. The error caused us to fail to recognize that H2O is actually a solvent of its own polarity--a realization that is absent from the current model and a realization without which we cannot make sense of much of the evidence. It has been said that there are over 70 anomalies of H2O. In reality there is only one. And this anomaly isn't in the evidence, it is in the model that was introduced to us way back in the 1950s. The current paradigm is fundamentally wrong and will continue to produce confusion as long as researchers like Nilsson stubbornly refuse to reconsider first principles. Why H2O Polarity is Variable ruclips.net/video/KzkxdWWg3HU/видео.html
For someone who might use the expression for the curvature of L curve, the expression has a mistake in the sense the denominator should have lambda^4 and not square
good one, informative I wish references were in the description :)
Don't know if anyone is monitoring this, but I'm confused at 16.16. I can see that any continuous bounded function of a closed interval attains its supremum, but consider the function 1/x on the closed interval 0 to 1. This does not attain its supremum. Is the word 'bounded' intended to be linked to the function and not to the interval, for, surely, any closed interval is, by definition, bounded?
Sorry. Of course. Continuity of function fails at x=0 for the closed inteval 0 to 1, so please ignore the above comment.
En dedikeret bro til at man kan hente øl mens man har Mat 1, god ide 😅
The Video needs to be edited. 10 mins of intro music, remove that. The info in the video is Absolutely Fantastic 🎉❤. Knowledge is Pleasant & Interesting. 🔥⭐🍬
Quantum optics
What mic did you use? Why is it so clear? I wanna have it.
Thank you for this. I am now writing a thesis for undergraduate, not MSc. But it helps me. Thank you.
Quantum Computing: Circuits, Systems, Automation and Applications Kindle Edition by Himanshu Thapliyal (Editor), Travis Humble (Editor) Format: Kindle Edition This book provides readers with the current state-of-the-art research and technology on quantum computing. The authors provide design paradigms of quantum computing. Topics covered include multi-programming mechanisms on near-term quantum computing, Lagrange interpolation approach for the general parameter-shift rule, architecture-aware decomposition of quantum circuits, software for massively parallel quantum computing, machine learning in quantum annealing processors, quantum annealing for real-world machine learning applications, queuing theory models for (Fault-Tolerant) quantum circuits, machine learning for quantum circuit reliability assessment, and side-channel leakage in Suzuki stack circuits.
Quantum Computing for Programmers New Edition by Robert Hundt (Author) This introduction to quantum computing from a classical programmer's perspective is meant for students and practitioners alike. Over 25 fundamental algorithms are explained with full mathematical derivations and classical code for simulation, using an open-source code base developed from the ground up in Python and C++. After presenting the basics of quantum computing, the author focuses on algorithms and the infrastructure to simulate them efficiently, beginning with quantum teleportation, superdense coding, and Deutsch-Jozsa. Coverage of advanced algorithms includes the quantum supremacy experiment, quantum Fourier transform, phase estimation, Shor's algorithm, Grover's algorithm with derivatives, quantum random walks, and the Solovay-Kitaev algorithm for gate approximation. Quantum simulation is explored with the variational quantum eigensolver, quantum approximate optimization, and the Max-Cut and Subset-Sum algorithms. The book also discusses issues around programmer productivity, quantum noise, error correction, and challenges for quantum programming languages, compilers, and tools, with a final section on compiler techniques for transpilation.
Quantum Computing for Programmers New Edition by Robert Hundt (Author) This introduction to quantum computing from a classical programmer's perspective is meant for students and practitioners alike. Over 25 fundamental algorithms are explained with full mathematical derivations and classical code for simulation, using an open-source code base developed from the ground up in Python and C++. After presenting the basics of quantum computing, the author focuses on algorithms and the infrastructure to simulate them efficiently, beginning with quantum teleportation, superdense coding, and Deutsch-Jozsa. Coverage of advanced algorithms includes the quantum supremacy experiment, quantum Fourier transform, phase estimation, Shor's algorithm, Grover's algorithm with derivatives, quantum random walks, and the Solovay-Kitaev algorithm for gate approximation. Quantum simulation is explored with the variational quantum eigensolver, quantum approximate optimization, and the Max-Cut and Subset-Sum algorithms. The book also discusses issues around programmer productivity, quantum noise, error correction, and challenges for quantum programming languages, compilers, and tools, with a final section on compiler techniques for transpilation.
9 years 80 views 😢
der er koldskål i lidl for en 10'er
One of best educational videos I saw in my life❤ loved the method, loved the lecturer ❤and students ❤
Aftale koster 1900,50 forud mod betaling inden for bare 1990050,50 cash det var foreste forudlæsning kræves inden udgangen af forrige aarhundrede
I love chemistry.
Good stuff
This is disappointing. The video was edited to remove the discussion about what Anja C. Andersen has said on TV :-( I expected more integrity from DTU, as a very valid point about science has been made that was censored.
got me really hard this time lækker lone
Such a useful lecture. The class though…..minimal participation.
Such a beautiful lecture Thank u so much for uploading online ❤
Simple but profound words. The startup I’m leading has as its core values: Truth, Mission, Learning. What the president says is almost an expansion of that.
Why's the video in danish but the title in English? More importantly, whys this in my recommendations?
The title is in Danish for me, I think they can set multiple titles and then RUclips just uses the one that is the most relevant to you. Probably based on your settings.
du ligner en gamle brillede frø og hvordan fnandt du lige suger ud i naturen
Give me 2 years and i m be there
man i was really hoping to find a hint to question 2.3 here. Im stuck.
was there no chapter 4 lecturesor something?
idk why, but the guy on fb during lecture just pisses me off. why waste your time?
the expansion methods remind me of the finite element methods