Computer Science
Construction Equipment
100%
Outlier
48%
Information Technology
38%
Algorithms
38%
Models
37%
Information Modeling
36%
Design
25%
Text Mining
24%
Mining Technique
24%
Data Engineering
24%
Simulation
20%
Application
20%
Radio Frequency Identification
18%
Decision-Making
15%
Outlier Detection
15%
Equipment Failure
15%
Case-Based Reasoning
14%
Project Management
14%
Innovations
13%
Information Retrieval
12%
Collaborative Relationship
12%
Maintenance Cost
12%
Regression
12%
Education
12%
Accidents
12%
Bayesian Networks
12%
Needed Information
12%
Equipment Maintenance
12%
Neural Network Model
12%
Dispute Resolution
12%
Computer-Assisted Instruction
12%
Social Network
12%
Failure Analysis
12%
Database
12%
Comparative Analysis
12%
Detecting Anomaly
12%
Records
10%
Communication
10%
Availability
8%
Control
8%
Computer
7%
Data Mining
6%
Research Project
6%
Stakeholders
6%
Accuracy
6%
Hybrid Approach
6%
Conditional Probability
6%
Survey
6%
Learning Experiences
6%
Multimedia
6%
Earth and Planetary Sciences
Construction Equipment
85%
Data Mining
48%
Model
45%
Mining
38%
Failure
36%
Management
30%
Construction
30%
Algorithms
26%
Outlier
24%
Value
24%
Statistical Analysis
24%
Decision
18%
Contractor
18%
Prediction
17%
Utilization
16%
Support
14%
Alternative
14%
Information
13%
Datum
12%
Construction Waste
12%
Demolition Waste
12%
Inventory
12%
Accident
12%
Policy
12%
Time Series
12%
Building
12%
Chain
12%
Gene Expression
12%
Data Base
12%
Dispute Resolution
12%
Anomaly
12%
Texts
12%
Reliability Analysis
12%
Research
11%
Amount
10%
Time
8%
Project
8%
Reliability
8%
Cost
7%
Repair
6%
Data Set
6%
Cause
6%
Decision-Support System
5%
Engineering
Construction Equipment
99%
Models
55%
Mining
33%
Failure (Mechanical)
30%
Networks
28%
Regression
25%
Maintenance Cost
25%
Reliability
20%
Prediction
16%
Network Model
15%
Reliability Analysis
15%
Green Building
12%
Building Information Modeling
12%
Integrated System
12%
Power Law Model
12%
Architectural Design
12%
Failure Analysis
12%
Emission Factor
12%
Bayesian Updating
12%
Data Point
12%
Engineering
12%
Comparative Analysis
12%
Performance
11%
Accuracy
10%
Algorithm
10%
Dataset
8%
Fuel
8%
Real Life
7%
Conditional Probability
6%
Hybrid Approach
6%
Losses
5%
