AI: Fixing the Training gone Wrong
AI

#11 AI: Fixing the Training gone Wrong

Building on Paper #10’s AI training pitfalls—underfitting (too lazy), overfitting (too rigid), high bias (skewed guesses), and high variance (wild swings)—this paper offers practical fixes for our smell detector. We explore three levers: boosting network capacity, extending training with more epochs, and enriching data for smarter learning.

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AI Training
AI

#10 AI Training going wrong

This paper explores why the model might fail in practice: underfitting (too simplistic), overfitting (too rigid), and the underlying issues of bias and variance. Through examples, we show how underfitting leads to random guesses , while overfitting causes oversensitivity. We introduce bias (consistent errors) and variance (prediction variability).

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AI Training & Back Propagation
AI

#9 AI Training & Back Propagation

AI Training & Back Propagation – In order to use a Digital Neural Network, we need to train it. In this paper we present how we can “train” one using supervised training and backpropagation. By comparing the model’s output with the value that we know to be correct, we can tune the parameters and make it solve the problem at hand.

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AI Forward Propagation
AI

#8 – AI Forward Propagation

AI Forward Propagation – AI Neural networks mimic the neural network of the brain. In this paper we present what is happening inside a digital neural network from data entry to result. We study the various mathematical steps in their simplest format to allow global understanding of the inside mechanisms. The end-to-end process is called Forward Propagation.

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#11 AI: Fixing the Training gone Wrong

#11 AI: Fixing the Training gone Wrong

Building on Paper #10’s AI training pitfalls—underfitting (too lazy), overfitting (too rigid), high bias (skewed guesses), and high variance (wild swings)—this paper offers practical fixes for our smell detector. We explore three levers: boosting network capacity, extending training with more…
Sylvain LIEGE has been certified AWS Certified AI Practitioner.

Sylvain LIEGE has been certified AWS Certified AI Practitioner.

We are please to share that Sylvain LIEGE has been certified by AWS as AWS Certified AI Practitioner.
#10 AI Training going wrong

#10 AI Training going wrong

This paper explores why the model might fail in practice: underfitting (too simplistic), overfitting (too rigid), and the underlying issues of bias and variance. Through examples, we show how underfitting leads to random guesses , while overfitting causes oversensitivity. We…
#9 AI Training & Back Propagation

#9 AI Training & Back Propagation

AI Training & Back Propagation - In order to use a Digital Neural Network, we need to train it. In this paper we present how we can “train” one using supervised training and backpropagation. By comparing the model’s output with…
#8 - AI Forward Propagation

#8 - AI Forward Propagation

AI Forward Propagation - AI Neural networks mimic the neural network of the brain. In this paper we present what is happening inside a digital neural network from data entry to result. We study the various mathematical steps in their…
#7 - Artificial Intelligence : Architecture: Neural Network Design

#7 - Artificial Intelligence : Architecture: Neural Network Design

Artificial Intelligence : Architecture: Neural Network Design - AI Neural networks mimic the neural network of the brain. Once the technical architecture has been built, how does each component work? We present the various mathematical component in action.
#6 - Artificial Intelligence: Digital Neural Network Architecture

#6 - Artificial Intelligence: Digital Neural Network Architecture

Neural Network Architecture - AI Neural Networks mimic the neural network of the brain. But how do build a digital neural network? What is its architecture? We present the basic component of such technical solution.
#5 - AI: Neural Network Principles – from Biology to Digital

#5 - AI: Neural Network Principles – from Biology to Digital

AI: From Biology to Digital. AI Neural networks mimic the neural network of the brain. What are the principles driving a neural network? How did we look at biology to create the most powerful “machines” ever created?
#4 - AI & Mathematics: Differential Calculus

#4 - AI & Mathematics: Differential Calculus

AI & Mathematics: Differential Calculus - We explore the mathematical marvels used in AI to create systems that can “predict” the future.
#3 - Artificial Intelligence & Mathematics: Algebra

#3 - Artificial Intelligence & Mathematics: Algebra

AI Mathematics Algebra - Algebra is an essential mathematical enhancer for AI. It allows to represent the real world in mathematical structures that can be easily manipulated by the computer.
The Most Difficult Language in Europe

The Most Difficult Language in Europe

A short article about Hungarian, considered the most difficult language in Europe.
Quote 9 :  Minority of one

Quote 9 : Minority of one

"Being a minority, even a minority of one, does not make you mad." George Orwell
Quote 8 : What Customers Really Want

Quote 8 : What Customers Really Want

"We must learn what customers really want, not what they say they want, not what we think they should want." Eric Ries
Quote 7 : Good to Great

Quote 7 : Good to Great

"Indeed, one of the crucial element in taking a company from good to great is somewhat paradoxical. You need executives, on the one hand, who argue and debate -sometimes violently- in pursuit of best answers, yet, on the other hand,…
Defining the Scope of a Custom Software Development Project

Defining the Scope of a Custom Software Development Project

Defining the Scope of a Custom Software Development Project - Capturing the Requirements is about writing down in word what people have in their mind.
Quote 6: Improvement is a Change

Quote 6: Improvement is a Change

"Any improvement is a Change. Not every change is an improvement but certainly every improvement is a change." Eliyahu M. Goldratt
Software Requirements for Non-Technical Managers

Software Requirements for Non-Technical Managers

Software Requirements for Non-Technical Managers - Capturing the Requirements is about writing down in word what people have in their mind.
#2 - Artificial Intelligence Origins

#2 - Artificial Intelligence Origins

Artificial Intelligence Origins: If it almost never is possible and usually unfair to associate a crucial human event to only one person, it is also impossible to not name the Great Alan Turing when we think about AI.
Quote 5: Modelling

Quote 5: Modelling

"Without modelling, we might think we are learning to think holistically when we are actually learning to jump to conclusions." Peter M. Senge
Quote 4: Bad Idea

Quote 4: Bad Idea

"Both ideas and execution are important. There is no effect time way to implement a bad idea." Ronald J. Baker
#1 - The Hunt for Artificial Intelligence

#1 - The Hunt for Artificial Intelligence

The Hunt for Artificial Intelligence - AI is everywhere! There is not an industry, a service, a product that does not advertise its AI capabilities.
Quote 3: Probabilities

Quote 3: Probabilities

Probabilities - "One winter night during one of the many German air raids on Moscow in World War II, a distinguished Soviet professor of statistics showed up in his local air-raid shelter. He had never appeared there before. "There are…
Software Architecture Explained for Non-Technical Managers

Software Architecture Explained for Non-Technical Managers

Software Architecture Explained for Non-Technical Managers - The software architecture is the master plan that combines the general software and hardware solutions to achieve the goals in respect of the global constraints.