394 results on '"Terenziani, Paolo"'
Search Results
102. Automatic Checking of the Correctness of Clinical Guidelines in GLARE
103. META-GLARE: A Meta-System for Defining Your Own CIG System: Architecture and Acquisition
104. Temporal aggregation on user-defined granularities
105. A modular approach to user-defined symbolic periodicities
106. Atelic Data
107. Allen’s Relations
108. The POINT approach to represent now in bitemporal databases
109. Reasoning and querying bounds on differences with layered preferences
110. A mathematical framework for the semantics of symbolic languages representing periodic time
111. Extending temporal databases to deal with telic/atelic medical data
112. Conformance Checking of Executed Clinical Guidelines in Presence of Basic Medical Knowledge
113. Reconciling point-based and interval-based semantics in temporal relational databases: a treatment of the telic/atelic distinction
114. Variable Granularity Space Filling Curve for Indexing Multidimensional Data
115. Symbolic user-defined periodicity in temporal relational databases
116. A Hybrid Multi-layered Approach to the Integration of Workflow and Clinical Guideline Approaches
117. Intelligent Data Interpretation and Case Base Exploration through Temporal Abstractions
118. Analysis of the GLARE and GPROVE Approaches to Clinical Guidelines
119. Towards a comprehensive treatment of repetitions, periodicity and temporal constraints in clinical guidelines
120. Local reasoning and knowledge compilation for efficient temporal abduction
121. Multi-level Abstractions and Multi-dimensional Retrieval of Cases with Time Series Features
122. Modeling Clinical Guidelines through Petri Nets
123. A Hybrid Approach to Clinical Guideline and to Basic Medical Knowledge Conformance
124. An Italian Multicenter Study for Application of a Diagnostic Algorithm in Autoantibody Testing
125. Clinical Guidelines Adaptation: Managing Authoring and Versioning Issues
126. Extending Temporal Databases to Deal with Telic/Atelic Medical Data
127. Exploiting Decision Theory for Supporting Therapy Selection in Computerized Clinical Guidelines
128. Orthogonal Operators for User-Defined Symbolic Periodicities
129. Applying Artificial Intelligence to Clinical Guidelines: The GLARE Approach
130. Integrating calendar dates and qualitative temporal constraints in the treatment of periodic events
131. Representing Knowledge Levels in Clinical Guidelines
132. Applying AI Model-checking Techniques to Clinical Guidelines
133. Dealing with temporal indeterminacy in relational databases: An AI methodology
134. Towards an “Operational” Educational Model in Healthcare: Exploiting Computer-Interpretable Guidelines
135. Run-time Support to Comorbidities in GLARE-SSCPM
136. Simulating Clinical Guidelines for Medical Education
137. GLARE-SSCPM: An Intelligent System to Support the Treatment of Comorbid Patients
138. A modular approach for representing and executing clinical guidelines
139. Advantages of Computer-based Approaches to Clinical Guidelines: The Case of the GLARE Approach
140. Supporting Cooperative Updates of Clinical Guidelines
141. A General Framework for the Distributed Management of Exceptions and Comorbidities
142. Temporal Conformance Analysis and Explanation on Comorbid Patients
143. GLARE-SSCPM: an Intelligent Systemto Support the Treatment of Comorbid Patients
144. Supporting Multiple Agents in the Execution of Clinical Guidelines
145. Temporal Conformance Analysis and Explanation of Clinical Guidelines Execution: An Answer Set Programming Approach
146. Mining the Log-Tree of Process Traces: Current Approach and Future Perspectives
147. Managing Temporal Constraints with Preferences: Representation, Reasoning, and Querying
148. Probabilistic quantitative temporal reasoning
149. Temporal reasoning techniques for the analysis of interactions in the treatment of comorbid patients
150. Nearly Periodic Facts in Temporal Relational Databases
Catalog
Books, media, physical & digital resources
Discovery Service for Jio Institute Digital Library
For full access to our library's resources, please sign in.