In this article we present a new approach for the intelligent analysis of longitudinal data coming from chronic patients home monitoring. This approach exploits temporal abstractions to pre-process the raw data and to obtain a new time series of abstract episodes, whose features are then interpreted through statistical and probabilistic techniques. We describe in detail an application of the presented technique to the analysis of diabetic patients' data, showing some results obtained on a real case monitored for six months. © 1998 Elsevier Science B.V. All rights reserved
Improving the performance of classifiers using pattern mining techniques has been an active topic of...
Objectives: Temporal abstraction (TA) of clinical data aims to abstract and interpret clinical data ...
In this paper, we present AID-GM, a web application for the analysis and summarization of continuous...
In this article we present a new approach for the intelligent analysis of longitudinal data coming f...
In this article we present a new approach for the intelligent analysis of longitudinal data coming f...
In this paper we present a new approach for the intelligent analysis of longitudinal data coming fro...
In this paper we present a new approach for the intelligent analysis of longitudinal data coming fro...
This paper outlines how Temporal Abstractions can be used to analyze and interpret longitudinal data...
This paper outlines how Temporal Abstractions can be used to analyze and interpret longitudinal data...
Objective: Intelligent clinical data analysis systems require precise qualitative descriptions of da...
This paper outlines the methodologies that can be used to perform an intelligent analysis of diabeti...
The research activity described in this thesis has been conducted within the Laboratory for Biomedic...
Type 2 Diabetes Mellitus (T2DM) is assuming epidemic proportions, which will progressively worsen as...
Abstract. The Regional Healthcare Agency (ASL) of Pavia has been collecting and maintaining a centra...
BACKGROUND AND OBJECTIVE: The evaluation of the clinical status of a patient is frequently based on ...
Improving the performance of classifiers using pattern mining techniques has been an active topic of...
Objectives: Temporal abstraction (TA) of clinical data aims to abstract and interpret clinical data ...
In this paper, we present AID-GM, a web application for the analysis and summarization of continuous...
In this article we present a new approach for the intelligent analysis of longitudinal data coming f...
In this article we present a new approach for the intelligent analysis of longitudinal data coming f...
In this paper we present a new approach for the intelligent analysis of longitudinal data coming fro...
In this paper we present a new approach for the intelligent analysis of longitudinal data coming fro...
This paper outlines how Temporal Abstractions can be used to analyze and interpret longitudinal data...
This paper outlines how Temporal Abstractions can be used to analyze and interpret longitudinal data...
Objective: Intelligent clinical data analysis systems require precise qualitative descriptions of da...
This paper outlines the methodologies that can be used to perform an intelligent analysis of diabeti...
The research activity described in this thesis has been conducted within the Laboratory for Biomedic...
Type 2 Diabetes Mellitus (T2DM) is assuming epidemic proportions, which will progressively worsen as...
Abstract. The Regional Healthcare Agency (ASL) of Pavia has been collecting and maintaining a centra...
BACKGROUND AND OBJECTIVE: The evaluation of the clinical status of a patient is frequently based on ...
Improving the performance of classifiers using pattern mining techniques has been an active topic of...
Objectives: Temporal abstraction (TA) of clinical data aims to abstract and interpret clinical data ...
In this paper, we present AID-GM, a web application for the analysis and summarization of continuous...