learningmachines101.com

Webseiten-Bericht für learningmachines101.com

Learning Machines 101 - A Gentle Introduction to Artificial Intelligence and Machine Learning

 Generiert am 15 April 2026 10:45 AM

Aktuelle Statistiken? UPDATE !

Der Wert ist 50/100

SEO Inhalte

Seitentitel

Learning Machines 101 - A Gentle Introduction to Artificial Intelligence and Machine Learning

Länge : 93

Ideal, aber Ihre Seitentitel sollte zwischen 10 und 70 Zeichen (Leerzeichen inbegriffen) enthalten. Benutzen Sie dieses kostenlose Werkzeug um die Länge zu prüfen.

Seitenbeschreibung

Learning Machines 101 is committed to providing an accessible introduction to the complex and fascinating world of Artificial Intelligence which now has an impact on everyday life throughout the world! The intended audience for this podcast series is the general public and the intended objective of this podcast series is to help popularize and de-mystify the field of Artificial Intelligence by explaining fundamental concepts in an entertaining manner. However, many advanced topics in artificial intelligence and machine learning will be discussed at a “high-level” so students, scientists, and engineers working in the machine learning area will find this podcast series beneficial for identifying relevant “entry points” into advanced statistical machine learning topics.

Länge : 777

Ideal, aber Ihre Seitenbeschreibung sollte zwischen 70 und 160 Zeichen (Leerzeichen incinbegriffen) enthalten. Benutzen Sie dieses kostenlose Werkzeug um die Länge zu prüfen.

Suchbegriffe

Nicht so gut. Wir konnten keine META-Suchbegriffe auf Ihrer Webseite finden. Benutzen Sie dieses kostenlose Werkzeug um META-Suchbegriffe zu erzeugen.

Og META Eigenschaften

Sehr gut, denn diese Webseite nutzt die Vorteile aus den Og Properties.

Eigenschaft Inhalt
locale en_US
type website
title Learning Machines 101 - A Gentle Introduction to Artificial Intelligence and Machine Learning
description Learning Machines 101 is committed to providing an accessible introduction to the complex and fascinating world of Artificial Intelligence which now has an impact on everyday life throughout the world! The intended audience for this podcast series is the general public and the intended objective of this podcast series is to help popularize and de-mystify the field of Artificial Intelligence by explaining fundamental concepts in an entertaining manner. However, many advanced topics in artificial intelligence and machine learning will be discussed at a “high-level” so students, scientists, and engineers working in the machine learning area will find this podcast series beneficial for identifying relevant “entry points” into advanced statistical machine learning topics.
url https://www.learningmachines101.com/
site_name Learning Machines 101
image https://www.learningmachines101.com/wp-content/uploads/2021/07/Episode86graphicWideScreen.jpg
image:secure_url https://www.learningmachines101.com/wp-content/uploads/2021/07/Episode86graphicWideScreen.jpg
image:width 959
image:height 540

Überschriften

H1 H2 H3 H4 H5 H6
1 50 0 0 0 0
  • [H1] Learning Machines 101
  • [H2] LM101-086: Ch8: How to Learn the Probability of Infinitely Many Outcomes
  • [H2] LM101-085: Ch7: How to Guarantee your Batch Learning Algorithm Converges
  • [H2] LM101-084: Ch6: How to Analyze the Behavior of Smart Dynamical Systems
  • [H2] LM101-083: Ch5: How to Use Calculus to Design Learning Machines
  • [H2] LM101-082: Ch4: How to Analyze and Design Linear Machines
  • [H2] LM101-081: Ch3: How to Define Machine Learning (or at Least Try)
  • [H2] LM101-080: Ch2: How to Represent Knowledge using Set Theory
  • [H2] LM101-079: Ch1: How to View Learning as Risk Minimization
  • [H2] LM101-078: Ch0: How to Become a Machine Learning Expert
  • [H2] LM101-077: How to Choose the Best Model using BIC
  • [H2] LM101-076: How To Choose the Best Model using AIC or GAIC
  • [H2] LM101-075: Can computers think? A Mathematician’s Response using a Turing Machine Argument (remix)
  • [H2] LM101-074: How to Represent Knowledge using Logical Rules (remix)
  • [H2] LM101-073: How to Build a Machine that Learns Checkers (remix)
  • [H2] LM101-072: Welcome to the Big Artificial Intelligence Magic Show! (LM101-001+LM101-002 remix)
  • [H2] LM101-071: How to Model Common Sense Knowledge using First-Order Logic and Markov Logic Nets
  • [H2] LM101-070: How to Identify Facial Emotion Expressions Using Stochastic Neighborhood Embedding
  • [H2] LM101-069: What Happened at the 2017 Neural Information Processing Systems Conference?
  • [H2] LM101-068: How to Design Automatic Learning Rate Selection for Gradient Descent Type Machine Learning Algorithms
  • [H2] LM101-067: How to use Expectation Maximization to Learn Constraint Satisfaction Solutions (Rerun)
  • [H2] LM101-066: How to Solve Constraint Satisfaction Problems using MCMC Methods (Rerun)
  • [H2] LM101-065: How to Design Gradient Descent Learning Machines (Rerun)
  • [H2] LM101-064: Stochastic Model Search and Selection with Genetic Algorithms (Rerun)
  • [H2] LM101-063: How to Transform a Supervised Learning Machine into a Policy Gradient Reinforcement Learning Machine
  • [H2] LM101-062: How to Transform a Supervised Learning Machine into a Value Function Reinforcement Learning Machine
  • [H2] LM101-061: What happened at the Reinforcement Learning Tutorial? (RERUN)
  • [H2] LM101-060: How to Monitor Machine Learning Algorithms using Anomaly Detection Machine Learning Algorithms
  • [H2] LM101-059: How to Properly Introduce a Neural Network
  • [H2] LM101-058: How to Identify Hallucinating Learning Machines using Specification Analysis
  • [H2] LM101-057: How to Catch Spammers using Spectral Clustering
  • [H2] LM101-056: How to Build Generative Latent Probabilistic Topic Models for Search Engine and Recommender System Applications
  • [H2] LM101-055: How to Learn Statistical Regularities using MAP and Maximum Likelihood Estimation (Rerun)
  • [H2] LM101-054: How to Build Search Engine and Recommender Systems using Latent Semantic Analysis (RERUN)
  • [H2] LM101-053: How to Enhance Learning Machines with Swarm Intelligence (Particle Swarm Optimization)
  • [H2] LM101-052: How to Use the Kernel Trick to Make Hidden Units Disappear
  • [H2] LM101-051: How to Use Radial Basis Function Perceptron Software for Supervised Learning [Rerun]
  • [H2] LM101-050: How to Use Linear Regression Software to Make Predictions (RERUN)
  • [H2] LM101-049: How to Experiment with Lunar Lander Software
  • [H2] LM101-048: How to Build a Lunar Lander Autopilot Learning Machine (Rerun)
  • [H2] LM101-047: How to Build a Support Vector Machine to Classify Patterns (Rerun)
  • [H2] LM101-046: How to Optimize Student Learning using Recurrent Neural Networks (Educational Technology)
  • [H2] LM101-045: How to Build a Deep Learning Machine for Answering Questions about Images
  • [H2] LM101-044: What happened at the Deep Reinforcement Learning Tutorial at the 2015 Neural Information Processing Systems Conference?
  • [H2] LM101-043: How to Learn a Monte Carlo Markov Chain to Solve Constraint Satisfaction Problems (Rerun)
  • [H2] LM101-042: What happened at the Monte Carlo Markov Chain Inference Methods Tutorial at the 2015 Neural Information Processing Systems Conference?
  • [H2] LM101-041: What happened at the 2015 Neural Information Processing Systems Deep Learning Tutorial?
  • [H2] LM101-040: How to Build a Search Engine, Automatically Grade Essays, and Identify Synonyms using Latent Semantic Analysis
  • [H2] LM101-039: How to Solve Large Complex Constraint Satisfaction Problems (Monte Carlo Markov Chain)[Rerun]
  • [H2] LM101-038: How to Model Knowledge Skill Growth Over Time using Bayesian Nets (Educational Technology)
  • [H2] LM101-037: How to Build a Smart Computerized Adaptive Testing Machine using Item Response Theory

Bilder

Es konnten 106 Bilder auf dieser Webseite gefunden werden.

Bei 55 Bilder(n) fehlt ein ALT-Attribut. Fügen Sie ALT-Attribute zu Ihren Bildern, um die Bedeutung der Bilder für Suchmaschinen zugänglich zu machen.

Text/HTML Verhältnis

Anteil : 9%

Das Text zu HTML Code Verhältnis dieser Webseite ist niedriger als 15 Prozent, was bedeutet, dass Sie mehr Inhalte für Ihre Webseite schreiben sollten.

Flash

Perfekt, denn es wurde kein Flash auf Ihrer Webseite gefunden.

IFrame

Großartig, denn Sie verwenden keine IFrames auf Ihrer Webseite.

URL Rewrite

Gut. Ihre Links sind für Suchmaschinen gut lesbar (sprechende Links)!

Underscores in the URLs

Perfekt! Wir haben keine Unterstriche in Ihren Links entdeckt.

In-page links

We found a total of 265 links including 47 link(s) to files

Anker Typ Natürlich
Learning Machines 101 intern natürliche Links
Skip to content intern natürliche Links
Home intern natürliche Links
Join the Community! intern natürliche Links
About Learning Machines 101 intern natürliche Links
About Dr. Golden intern natürliche Links
Episode Archive intern natürliche Links
2020 Episodes intern natürliche Links
2019 Episodes intern natürliche Links
2018 Episodes intern natürliche Links
2017 Episodes intern natürliche Links
2015 Episodes intern natürliche Links
2014 Episodes intern natürliche Links
Book Stuff! intern natürliche Links
Dr. Goldens New Book! extern natürliche Links
Book Review Archive intern natürliche Links
Software intern natürliche Links
Linear Machine intern natürliche Links
Nonlinear Machine (RBF) intern natürliche Links
Lunar Lander Software intern natürliche Links
Licenses intern natürliche Links
FAQ intern natürliche Links
Contact Us intern natürliche Links
LM101-086: Ch8: How to Learn the Probability of Infinitely Many Outcomes intern natürliche Links
LM101-085: Ch7: How to Guarantee your Batch Learning Algorithm Converges intern natürliche Links
LM101-084: Ch6: How to Analyze the Behavior of Smart Dynamical Systems intern natürliche Links
LM101-083: Ch5: How to Use Calculus to Design Learning Machines intern natürliche Links
LM101-082: Ch4: How to Analyze and Design Linear Machines intern natürliche Links
https://traffic.libsyn.com/secure/learningmachines101/LM101-086.mp3 extern natürliche Links
Embed intern noFollow
tweet extern natürliche Links
BOOK intern natürliche Links
Probabilistic Inference intern natürliche Links
SMLBOOK intern natürliche Links
Topic intern natürliche Links
absolutely continuous density intern natürliche Links
Banach-Tarski intern natürliche Links
mixed random vector intern natürliche Links
https://traffic.libsyn.com/secure/learningmachines101/LM101-085.mp3 extern natürliche Links
Deep Learning intern natürliche Links
Gradient Descent Learning intern natürliche Links
batch learning intern natürliche Links
descent direction intern natürliche Links
gradient descent intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-084.mp3 extern natürliche Links
book intern natürliche Links
convergence intern natürliche Links
dynamical systems intern natürliche Links
matrix calculus intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-082.mp3 extern natürliche Links
Machine Learning intern natürliche Links
linear algebra intern natürliche Links
matrix multiplication intern natürliche Links
SVD intern natürliche Links
LM101-081: Ch3: How to Define Machine Learning (or at Least Try) intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-081.mp3 extern natürliche Links
Book Review intern natürliche Links
complete relation intern natürliche Links
LM101-080: Ch2: How to Represent Knowledge using Set Theory intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-080.mp3 extern natürliche Links
Features intern natürliche Links
Rule-based Inference intern natürliche Links
logic intern natürliche Links
logical rules intern natürliche Links
LM101-079: Ch1: How to View Learning as Risk Minimization intern natürliche Links
http://traffic.libsyn.com/learningmachines101/lm101-079.mp3 extern natürliche Links
empirical risk intern natürliche Links
reinforcement learning intern natürliche Links
LM101-078: Ch0: How to Become a Machine Learning Expert intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-078.mp3 extern natürliche Links
machine learning books intern natürliche Links
machine learning mathematics intern natürliche Links
machine learning software intern natürliche Links
LM101-077: How to Choose the Best Model using BIC intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-077.mp3 extern natürliche Links
Generalization Performance intern natürliche Links
Model Selection intern natürliche Links
Bayesian Information Criterion intern natürliche Links
BIC intern natürliche Links
Marginal Likelihood intern natürliche Links
LM101-076: How To Choose the Best Model using AIC or GAIC intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-076.mp3 extern natürliche Links
AIC intern natürliche Links
Akaike Information Criterion intern natürliche Links
cross-validation intern natürliche Links
LM101-075: Can computers think? A Mathematician’s Response using a Turing Machine Argument (remix) intern natürliche Links
LM101-074: How to Represent Knowledge using Logical Rules (remix) intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-074.mp3 extern natürliche Links
feature vector intern natürliche Links
features intern natürliche Links
LM101-073: How to Build a Machine that Learns Checkers (remix) intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-073.mp3 extern natürliche Links
Reinforcement Learning intern natürliche Links
artificial intelligence intern natürliche Links
Artificial Neural Networks intern natürliche Links
Evaluation Function intern natürliche Links
LM101-072: Welcome to the Big Artificial Intelligence Magic Show! (LM101-001+LM101-002 remix) intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-072.mp3 extern natürliche Links
learning machines 101 intern natürliche Links
machine learning intern natürliche Links
Neural Networks intern natürliche Links
LM101-071: How to Model Common Sense Knowledge using First-Order Logic and Markov Logic Nets intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-071.mp3 extern natürliche Links
Constraint Satisfaction intern natürliche Links
Monte Carlo Markov Chain intern natürliche Links
common-sense knowledge intern natürliche Links
CYC intern natürliche Links
CYCL intern natürliche Links
LM101-070: How to Identify Facial Emotion Expressions Using Stochastic Neighborhood Embedding intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-070.mp3 extern natürliche Links
Clustering Algorithms intern natürliche Links
Unsupervised Learning intern natürliche Links
clustering intern natürliche Links
Emotions intern natürliche Links
Face Recognition intern natürliche Links
LM101-069: What Happened at the 2017 Neural Information Processing Systems Conference? intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-069.mp3 extern natürliche Links
curricula intern natürliche Links
neural information processing systems intern natürliche Links
NIPS 2017 intern natürliche Links
LM101-068: How to Design Automatic Learning Rate Selection for Gradient Descent Type Machine Learning Algorithms intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-068.mp3 extern natürliche Links
Backtracking Linesearch intern natürliche Links
Convergence Theorem intern natürliche Links
LM101-067: How to use Expectation Maximization to Learn Constraint Satisfaction Solutions (Rerun) intern natürliche Links
Boltzmann Machine intern natürliche Links
Constraint Satisfaction intern natürliche Links
Dreams intern natürliche Links
LM101-066: How to Solve Constraint Satisfaction Problems using MCMC Methods (Rerun) intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-066.mp3 extern natürliche Links
Gibbs Sampler intern natürliche Links
LM101-065: How to Design Gradient Descent Learning Machines (Rerun) intern natürliche Links
http://traffic.libsyn.com/learningmachines101/lm101-065.mp3 extern natürliche Links
line search intern natürliche Links
LM101-064: Stochastic Model Search and Selection with Genetic Algorithms (Rerun) intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-064.mp3 extern natürliche Links
Genetic Algorithms intern natürliche Links
Darwin Natural Selection intern natürliche Links
Evolution intern natürliche Links
genetic algorithm intern natürliche Links
LM101-063: How to Transform a Supervised Learning Machine into a Policy Gradient Reinforcement Learning Machine intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-063.mp3 extern natürliche Links
Expectation Maximization intern natürliche Links
Monte Carlo Expectation Maximization intern natürliche Links
policy gradient intern natürliche Links
LM101-062: How to Transform a Supervised Learning Machine into a Value Function Reinforcement Learning Machine intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-062.mp3 extern natürliche Links
Deep Reinforcement Learning intern natürliche Links
Game playing intern natürliche Links
Q learning intern natürliche Links
LM101-061: What happened at the Reinforcement Learning Tutorial? (RERUN) intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-061.mp3 extern natürliche Links
Deep Learning intern natürliche Links
off-policy intern natürliche Links
on-policy intern natürliche Links
LM101-060: How to Monitor Machine Learning Algorithms using Anomaly Detection Machine Learning Algorithms intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-060.mp3 extern natürliche Links
Anodot intern natürliche Links
Anomaly Detection intern natürliche Links
Berlin Buzzwords intern natürliche Links
LM101-059: How to Properly Introduce a Neural Network intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-059.mp3 extern natürliche Links
Biological Neural Networks intern natürliche Links
Software intern natürliche Links
biological neural networks intern natürliche Links
Computational Neuroscience intern natürliche Links
Convolutional Neural Networks intern natürliche Links
LM101-058: How to Identify Hallucinating Learning Machines using Specification Analysis intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-058.mp3 extern natürliche Links
correct specification intern natürliche Links
goodness-of-fit intern natürliche Links
information matrix test intern natürliche Links
LM101-057: How to Catch Spammers using Spectral Clustering intern natürliche Links
http://traffic.libsyn.com/learningmachines101/lm101-057.mp3 extern natürliche Links
harvest bots intern natürliche Links
harvesters intern natürliche Links
LM101-056: How to Build Generative Latent Probabilistic Topic Models for Search Engine and Recommender System Applications intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-056.mp3 extern natürliche Links
Correlated Topic Models intern natürliche Links
Information Matrix Tests intern natürliche Links
Latent Dirichlet Allocation intern natürliche Links
LM101-055: How to Learn Statistical Regularities using MAP and Maximum Likelihood Estimation (Rerun) intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-055.mp3 extern natürliche Links
learning machine intern natürliche Links
MAP estimation intern natürliche Links
maximum likelihood estimation intern natürliche Links
LM101-054: How to Build Search Engine and Recommender Systems using Latent Semantic Analysis (RERUN) intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-054.mp3 extern natürliche Links
Automatic Essay Grading intern natürliche Links
Latent Semantic Analysis intern natürliche Links
Latent Semantic Indexing intern natürliche Links
LM101-053: How to Enhance Learning Machines with Swarm Intelligence (Particle Swarm Optimization) intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-053.mp3 extern natürliche Links
Markov Field intern natürliche Links
Metropolis-Hastings intern natürliche Links
Monte Carlo Markov Chain intern natürliche Links
LM101-052: How to Use the Kernel Trick to Make Hidden Units Disappear intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-052.mp3 extern natürliche Links
Function Approximation intern natürliche Links
Supervised Learning intern natürliche Links
kernel trick intern natürliche Links
mercers theorem intern natürliche Links
LM101-051: How to Use Radial Basis Function Perceptron Software for Supervised Learning [Rerun] intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-051.mp3 extern natürliche Links
gaussian mixture model intern natürliche Links
Hidden Units intern natürliche Links
LM101-050: How to Use Linear Regression Software to Make Predictions (RERUN) intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-050.mp3 extern natürliche Links
free software intern natürliche Links
iris data set intern natürliche Links
linear regression intern natürliche Links
LM101-049: How to Experiment with Lunar Lander Software intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-049.mp3 extern natürliche Links
Adaptive gradient descent intern natürliche Links
lunar lander intern natürliche Links
supervised learning intern natürliche Links
LM101-048: How to Build a Lunar Lander Autopilot Learning Machine (Rerun) intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-048.mp3 extern natürliche Links
control theory intern natürliche Links
LM101-047: How to Build a Support Vector Machine to Classify Patterns (Rerun) intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-047.mp3 extern natürliche Links
Logistic Regression intern natürliche Links
Support Vector Machine intern natürliche Links
svm intern natürliche Links
LM101-046: How to Optimize Student Learning using Recurrent Neural Networks (Educational Technology) intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-046.mp3 extern natürliche Links
Educational Technology intern natürliche Links
educational technology; recurrent networks; item response theory; student learning intern natürliche Links
LM101-045: How to Build a Deep Learning Machine for Answering Questions about Images intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-045.mp3 extern natürliche Links
Recurrent Networks intern natürliche Links
Turing Test intern natürliche Links
recurrent networks intern natürliche Links
Turing Test intern natürliche Links
LM101-044: What happened at the Deep Reinforcement Learning Tutorial at the 2015 Neural Information Processing Systems Conference? intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-044.mp3 extern natürliche Links
LM101-043: How to Learn a Monte Carlo Markov Chain to Solve Constraint Satisfaction Problems (Rerun) intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-043.mp3 extern natürliche Links
LM101-042: What happened at the Monte Carlo Markov Chain Inference Methods Tutorial at the 2015 Neural Information Processing Systems Conference? intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-042.mp3 extern natürliche Links
Gibbs intern natürliche Links
MCMC intern natürliche Links
LM101-041: What happened at the 2015 Neural Information Processing Systems Deep Learning Tutorial? intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-041.mp3 extern natürliche Links
nips intern natürliche Links
LM101-040: How to Build a Search Engine, Automatically Grade Essays, and Identify Synonyms using Latent Semantic Analysis intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-040.mp3 extern natürliche Links
LM101-039: How to Solve Large Complex Constraint Satisfaction Problems (Monte Carlo Markov Chain)[Rerun] intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-039.mp3 extern natürliche Links
Gibbs Sampler algorithm intern natürliche Links
Markov random fields intern natürliche Links
LM101-038: How to Model Knowledge Skill Growth Over Time using Bayesian Nets (Educational Technology) intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-038.mp3 extern natürliche Links
bayesian network intern natürliche Links
educational technology intern natürliche Links
hidden Markov model intern natürliche Links
LM101-037: How to Build a Smart Computerized Adaptive Testing Machine using Item Response Theory intern natürliche Links
http://traffic.libsyn.com/learningmachines101/LM101-037.mp3 extern natürliche Links
CAT intern natürliche Links
Computerized adaptive testing intern natürliche Links
2 intern natürliche Links
- extern natürliche Links
Listen on Stitcher extern natürliche Links
Iconic One Pro extern natürliche Links
Wordpress extern natürliche Links

SEO Suchbegriffe

Suchbegriffswolke

how new podcast using learning machines machine download summary episode

Keywords Consistency

Suchbegriff Inhalt Seitentitel Suchbegriffe Seitenbeschreibung Überschriften
learning 103
how 56
episode 50
machine 42
podcast 33

Benutzerfreundlichkeit

URL

Domain : learningmachines101.com

Länge : 23

Favoriten Icon

Gut. Die Webseite hat ein Favicon.

Druckeigenschaften

Es konnten keine druckfreundlichen CSS-Angaben gefunden werden.

Sprache

Gut, denn Sie haben in den META-Elementen eine Sprache deklariert: en.

Dublin Core

Diese Webseite nutzt nicht die Vorteile der Dublin Core Elemente.

Dokument

Doctype

HTML 5

Verschlüsselung

Perfekt, denn Ihre Webseite deklariert einen Zeichensatz: UTF-8.

W3C Validität

Fehler : 0

Warnungen : 0

E-Mail Datenschutz

Achtung! Es wurde mindestens eine E-Mail Adresse im Klartext auf Ihrer Webseite gefunden. Benutzen Sie dieses kostenlose Werkzeug um E-Mail Adressen vor SPAM zu schützen.

Veraltetes HTML

Veraltete Tags Vorkommen
<font> 1

Überholte (deprecated) HTML Tags sind HTML Tags, die zwar aktuell funktionieren, aber bald nicht mehr von jedem Browser unterstützt werden. Wir empfehlen Ihnen diese überholten HTML Tags durch aktuelle HTML Tags zu ersetzen.

Tipps zur Webseitengeschwindigkeit

Sehr gut, denn Ihre Webseite benutzt keine verschachtelten Tabellen.
Schlecht, denn es wurden CSS-Angaben in HTML-Elementen entdeckt. Diese Angaben sollten in ein entsprechendes CSS-Stylesheet verlagert werden.
Nicht so gut, denn Ihre Webseite enthält sehr viele CSS-Dateien (mehr als 4).
Nicht so gut, denn Ihre Webseite enthält viele Javascript-Dateien (mehr als 6).
Gut! Sie nutzen die Vorteile von gzip.

Mobile

Mobile Optimierung

Apple Icon
META Viewport Tag
Flash Inhalt

Optimierung

XML-Sitemap

Perfekt! Ihre Seite hat eine XML-Sitemap.

https://www.learningmachines101.com/wp-sitemap.xml

Robots.txt

https://learningmachines101.com/robots.txt

Sehr gut! Ihre Webseite enthält eine robots.txt-Datei.

Analytics

Fehlt

Wir haben nicht ein Analyse-Tool auf dieser Website installiert zu erkennen.

Webanalyse erlaubt die Quantifizierung der Besucherinteraktionen mit Ihrer Seite. Insofern sollte zumindest ein Analysetool installiert werden. Um die Befunde abzusichern, empfiehlt sich das parallele Verwenden eines zweiten Tools.

PageSpeed Insights


Gerät
Kategorien

Free SEO Testing Tool

Free SEO Testing Tool ist ein kostenloses SEO Werkzeug zur Analyse Ihrer Webseite