Keyphrases
Catheter-associated Urinary Tract Infection (CAUTI)
100%
Machine Learning Models
87%
Patient Identification
62%
Early Identification
62%
Patients at Risk
62%
Explainable Machine Learning
50%
Innovation Portfolio
50%
Idea Management System
50%
Bayesian Network Model
50%
Risk Stratification
50%
Explainability
41%
Hospital Admission
29%
Expert-based
25%
Area under the Curve
23%
Preventive Strategies
18%
Therapeutic Strategies
18%
Shapley Additive Explanations
16%
Nave
12%
Feature Space
12%
Clinical Practice
12%
Urinary Catheter
12%
Performance Areas
12%
Reduced Features
12%
Vital Parameters
12%
Nave Bayesian
12%
High Performance
12%
Infection Control
12%
Reduced Set
12%
Lifestyle Factors
12%
Laboratory Results
12%
Comorbidity
12%
Clinical Routine
12%
Reduced Data
11%
Patient-level
11%
Neural Network
11%
Expert Knowledge
5%
Patient Demographics
5%
Feature Selection
5%
Efficient Strategy
5%
Electronic Health Records
5%
Sociodemographic Characteristics
5%
Patient Data
5%
Outcome Prediction
5%
Clinical Features
5%
Denmark
5%
Population Level
5%
Risk Prediction
5%
Computer Science
Artificial Intelligence
50%
System Management
50%
Radical Innovation
50%
Bayesian Network Model
50%
Machine Learning
37%
Feature Space
12%
Clinical Routine
12%
Strategic Innovation
10%
Process Innovation
10%
Team Member
10%
Data Access
10%
Medicine and Dentistry
Urinary Tract Infection
100%
Risk Stratification
50%
Urinary System
16%
Infection Control
16%
Clinician
10%
Patient Population
10%
Electronic Health Record
10%
Patient-Data
10%
Retrospective Study
10%
Clinical Feature
10%
