What basic differences exist between supervised and unsupervised learning in machine learning and how is each one identified from the first examples of a course?
Supervised and unsupervised learning constitute two fundamental approaches in machine learning, each characterized by the nature of the data they operate on and the objectives they pursue. An accurate understanding of their basic differences is vital when embarking on any study or practical implementation of machine learning systems, particularly within educational courses that introduce foundational
How difficult is to program ML?
Programming machine learning (ML) systems involves a multifaceted set of challenges that range from understanding mathematical concepts to mastering modern computational tools. The difficulty of programming ML depends on several factors, including the problem domain, the familiarity of the practitioner with programming and statistics, the complexity of data, and the specific tools or frameworks being
What and where is the intelligence in machine learning?
The concept of intelligence in machine learning (ML) is frequently discussed yet often misunderstood. To provide a thorough answer, it is critical to clarify what "intelligence" signifies in the context of machine learning, trace where it resides within ML systems, and illustrate its manifestations with practical examples, particularly within the context of modern cloud-based platforms
What’s state-of-the-art machine learning capable of doing now?
Machine learning, as implemented in contemporary cloud platforms such as Google Cloud, operates as an advanced computational methodology that enables systems to identify patterns, make predictions, and adapt to new data without explicit reprogramming. At this very moment, machine learning is actively transforming vast volumes of raw data into actionable insights across multiple industries and
- Published in Artificial Intelligence, EITC/AI/GCML Google Cloud Machine Learning, Introduction, What is machine learning
How easy is working with TensorBoard for model visualization
TensorBoard is a powerful visualization toolkit designed to facilitate the inspection, understanding, and debugging of machine learning models, particularly those developed using TensorFlow. Its utility stretches across the entire model development lifecycle, from the initial stages of experimentation to the ongoing monitoring of training and evaluation metrics. The platform provides a rich suite of features
What is the difference between machine learning and data science?
The distinction between "machine learning" and "data science" is foundational yet frequently misunderstood in the fields related to artificial intelligence and analytics, especially when considering applications within platforms such as Google Cloud Machine Learning. Understanding the boundaries and intersections between these two concepts is important for professionals and students seeking clarity on their respective roles,
Why should one use a KNN instead of an SVM algorithm and vice versa?
When evaluating whether to employ the k-Nearest Neighbors (KNN) algorithm or the Support Vector Machine (SVM) algorithm for a machine learning task, several critical aspects must be considered, including the theoretical underpinnings of each algorithm, their practical behavior under varying data conditions, computational complexity, interpretability, and the specific requirements of the application domain. Each algorithm
What is Quandl and how to currently install it and use it to demonstrate regression?
Quandl is a widely recognized platform that provides access to a broad array of financial, economic, and alternative datasets. It caters to professionals and researchers in data science, finance, economics, and related fields by offering a unified interface to both free and premium databases. Quandl's data is leveraged for tasks such as quantitative research, backtesting
- Published in Artificial Intelligence, EITC/AI/MLP Machine Learning with Python, Regression, Introduction to regression
Why is regression frequently used as a predictor?
Regression is commonly employed as a predictor within machine learning due to its foundational capacity to model and forecast continuous outcomes based on input features. This predictive capability is rooted in the mathematical and statistical formulation of regression analysis, which estimates the relationships among variables. In the context of machine learning, and particularly in Google
- Published in Artificial Intelligence, EITC/AI/GCML Google Cloud Machine Learning, First steps in Machine Learning, The 7 steps of machine learning
Can more than one model be applied during the machine learning process?
The question of whether more than one model can be applied during the machine learning process is highly pertinent, especially within the practical context of real-world data analysis and predictive modeling. The application of multiple models is not only feasible but is also a widely endorsed practice in both research and industry. This approach arises