Analyzing data for support of diagnostic tasks in dynamic domains, such as medicine, plant pathology, or information and communication technology security, requires an explicit representation and consideration of the temporal semantics of the data. However, discovering temporal knowledge is a challenging task. Temporal abstraction is a common task, based on temporal reasoning, which provides an intelligent interpretation and summary of large amounts of raw data. We suggest the application of temporal data mining mainly to time intervals of temporally abstracted data, instead of to only time-stamped raw data, and discuss its potential benefits
The increasing availability of complex temporal clinical records collected today has prompted the de...
AbstractA new domain-independent knowledge-based inference structure is presented, specific to the t...
Physicians and medical decision-support applications, such as for diagnosis, therapy, monitoring, qu...
Objective: Intelligent clinical data analysis systems require precise qualitative descriptions of da...
The time dimension is a unique and powerful dimension in every enterprise data. In dynamic applicati...
A large volume of research in temporal data mining is focusing on discovering temporal rules from ti...
The time dimension is a unique and powerful dimension in every enterprise data. In dynamic applicati...
The time dimension is a unique and powerful dimension in every enterprise data. In dynamic applicati...
A large volume of research in temporal data mining is focusing on discovering temporal rules from t...
A large volume of research in temporal data mining is focusing on discovering temporal rules from t...
Data with temporal information is constantly generated, sampled, gathered, and analyzed in different...
Abstract. One of the main unresolved problems that arise during the data mining process is treating ...
This paper presents emerging trends in the area of temporal abstraction and data mining, as applied ...
Abstract — Physicians and medical decision-support applications, such as for diagnosis, therapy, mon...
The increasing availability of complex temporal clinical records collected today has prompted the de...
The increasing availability of complex temporal clinical records collected today has prompted the de...
AbstractA new domain-independent knowledge-based inference structure is presented, specific to the t...
Physicians and medical decision-support applications, such as for diagnosis, therapy, monitoring, qu...
Objective: Intelligent clinical data analysis systems require precise qualitative descriptions of da...
The time dimension is a unique and powerful dimension in every enterprise data. In dynamic applicati...
A large volume of research in temporal data mining is focusing on discovering temporal rules from ti...
The time dimension is a unique and powerful dimension in every enterprise data. In dynamic applicati...
The time dimension is a unique and powerful dimension in every enterprise data. In dynamic applicati...
A large volume of research in temporal data mining is focusing on discovering temporal rules from t...
A large volume of research in temporal data mining is focusing on discovering temporal rules from t...
Data with temporal information is constantly generated, sampled, gathered, and analyzed in different...
Abstract. One of the main unresolved problems that arise during the data mining process is treating ...
This paper presents emerging trends in the area of temporal abstraction and data mining, as applied ...
Abstract — Physicians and medical decision-support applications, such as for diagnosis, therapy, mon...
The increasing availability of complex temporal clinical records collected today has prompted the de...
The increasing availability of complex temporal clinical records collected today has prompted the de...
AbstractA new domain-independent knowledge-based inference structure is presented, specific to the t...
Physicians and medical decision-support applications, such as for diagnosis, therapy, monitoring, qu...