Generalisation refers to the ability of an artificial intelligence or machine learning model to apply its learning to new situations or data that are not in its original training set. In other words, generalisation implies that a model is able to learn general patterns and characteristics of a dataset and apply that knowledge to new data.
Generalisation is a fundamental aspect of machine learning, since the goal of training a model is to enable it to make accurate predictions on data it has never seen before. If a model is only able to make accurate predictions on the data used to train it, it is said to have overfitted or memorised the training set.
The generalisability of a model can be improved by various techniques, such as regularisation, cross-validation, feature selection and collecting more training data. In general, the larger and more diverse the training data set, the better the generalisability of the model.
There is a broad consensus among executives of the world's leading companies about the impact that artificial intelligence is going to have on business and [...]
Read More »The Big Data market is booming. Although the need to transform data into information for decision making is not new, the need to [...]
Read More »Today we are going to explain the differences between a traditional CRM (Customer Relationship Management) and an intelligent CRM by applying technology that [...]
Read More »The term Business Intelligence (or BI) defines the use of information technologies to identify, discover, and analyze business data, such as business [...]
Read More »
