Dic
- feature map 2019.12.31
- AR 2019.12.04
- Page Rank 2019.12.02
- AUC - ROC Curve 2019.11.27
- GAN 2019.11.19
- Inductive Bias 2019.11.17
- Beta distribution 2019.11.17
- Empirical risk minimization 2019.11.17
feature map
AR
https://brunch.co.kr/@pmhdac/2
증강현실(AR)이란 무엇인가?
증강현실(AR)에 대한 사전적 정의와 분류 | 현재 다니고 있는 직장으로 이직하기 전, VR/AR 스타트업에서 PM(Product Manager)의 역할을 맡았었다. 초기엔 VR 분야의 서비스를 개발하는데 주로 시간을 보냈지만, 시간이 지날수록 우리 삶에 진정한 변화를 가져다 줄 기술은 AR일 것이라고 생각하게 되었다. 디지털과 플랫폼 비즈니스 컨설팅을 하는 현재의 회사로 이직한 후 가장 많은 관심을
brunch.co.kr
http://www.nvp.co.kr/news/articleView.html?idxno=123335
[AI로 거듭나는 AR·VR①] 인지 메커니즘 이해 통한 몰입감 향상 기술개발 '박차' - 뉴스비전e
[뉴스비전e 박준상 기자] 최근의 과학기술은 시간과 공간의 한계를 극복하고, 인간의 생각이나 감각을 모방하는 기술에 촛점이 맞춰지고 있다.한동안 침체됐던 가상·증강(AR/VR) 기술이 인공지능을 통한 인지기...
www.nvp.co.kr
'Dic' 카테고리의 다른 글
Grad-CAM (0) | 2020.01.02 |
---|---|
feature map (0) | 2019.12.31 |
Page Rank (0) | 2019.12.02 |
AUC - ROC Curve (0) | 2019.11.27 |
GAN (0) | 2019.11.19 |
Page Rank
https://medium.com/@sarthakanand/page-rank-b7072c61dd85
Page Rank
In simple terms, PageRank is an intuitive way of ranking web pages, which formed the basis for Google’s web indexing algorithm during its…
medium.com
'Dic' 카테고리의 다른 글
feature map (0) | 2019.12.31 |
---|---|
AR (0) | 2019.12.04 |
AUC - ROC Curve (0) | 2019.11.27 |
GAN (0) | 2019.11.19 |
Inductive Bias (0) | 2019.11.17 |
AUC - ROC Curve
https://towardsdatascience.com/understanding-auc-roc-curve-68b2303cc9c5
Understanding AUC - ROC Curve
In Machine Learning, performance measurement is an essential task. So when it comes to a classification problem, we can count on an AUC …
towardsdatascience.com
'Dic' 카테고리의 다른 글
AR (0) | 2019.12.04 |
---|---|
Page Rank (0) | 2019.12.02 |
GAN (0) | 2019.11.19 |
Inductive Bias (0) | 2019.11.17 |
Beta distribution (0) | 2019.11.17 |
GAN
https://towardsdatascience.com/generative-adversarial-networks-explained-34472718707a
Generative Adversarial Networks — Explained
Deep learning has changed the way we work, compute and has made our lives a lot easier. As Andrej Karpathy mentioned it is indeed the…
towardsdatascience.com
https://pathmind.com/wiki/generative-adversarial-network-gan
A Beginner's Guide to Generative Adversarial Networks (GANs)
Generative adversarial networks (GANs) are deep neural net architectures comprised of two nets, pitting one against the other.
pathmind.com
'Dic' 카테고리의 다른 글
Page Rank (0) | 2019.12.02 |
---|---|
AUC - ROC Curve (0) | 2019.11.27 |
Inductive Bias (0) | 2019.11.17 |
Beta distribution (0) | 2019.11.17 |
Empirical risk minimization (0) | 2019.11.17 |
Inductive Bias
https://blog.naver.com/blue772001/175731604
Inductive Bias
Inductive Bias : 대강 (informally) 말하자면, machine learning algorithm 의 inductive bias 는 학습...
blog.naver.com
'Dic' 카테고리의 다른 글
AUC - ROC Curve (0) | 2019.11.27 |
---|---|
GAN (0) | 2019.11.19 |
Beta distribution (0) | 2019.11.17 |
Empirical risk minimization (0) | 2019.11.17 |
Graph Convolutional Networks (0) | 2019.11.14 |
Beta distribution
https://medium.com/w2hds/beta-distribution-what-when-how-c5ebaafdeedd
Beta Distribution [What, When & How]
Welcome to the series of W2HDS(What, When & How in Data Science). W2HDS comes with stories on topics which are in day to day use of a Data…
medium.com
'Dic' 카테고리의 다른 글
GAN (0) | 2019.11.19 |
---|---|
Inductive Bias (0) | 2019.11.17 |
Empirical risk minimization (0) | 2019.11.17 |
Graph Convolutional Networks (0) | 2019.11.14 |
‘model.eval()’ vs ‘with torch.no_grad()’ (0) | 2019.11.05 |
Empirical risk minimization
https://en.wikipedia.org/wiki/Empirical_risk_minimization
Empirical risk minimization - Wikipedia
Empirical risk minimization (ERM) is a principle in statistical learning theory which defines a family of learning algorithms and is used to give theoretical bounds on their performance. The core idea is that we cannot know exactly how well an algorithm wi
en.wikipedia.org
'Dic' 카테고리의 다른 글
Inductive Bias (0) | 2019.11.17 |
---|---|
Beta distribution (0) | 2019.11.17 |
Graph Convolutional Networks (0) | 2019.11.14 |
‘model.eval()’ vs ‘with torch.no_grad()’ (0) | 2019.11.05 |
Semi-supervised learning (0) | 2019.10.31 |