Engineering
Action Plan
10%
Aerodynamic Diameter
5%
Arrival Time
50%
Carbon Economy
25%
Channel Structure
50%
Clean Air
40%
Collected Data
25%
Computational Efficiency
16%
Computational Time
16%
Control Emission
16%
Current Demand
25%
Decision Process
25%
Decision Time
25%
Decoding Algorithm
33%
Decoding Method
29%
Developing Country
50%
Disaster Response
25%
Disruption
50%
Dynamic Programming
25%
Electric Power Utilization
50%
Enabling Technology
50%
Energy Consumer
16%
Environmental Performance
25%
Exact Algorithm
12%
Experimental Result
12%
Gas Fuel Manufacture
18%
Genetic Algorithm
50%
Japan
5%
Joints (Structural Components)
25%
Knapsack Problem
12%
Local Search
50%
Machine System
50%
Making Problem
25%
Mass Concentration
5%
Metrics
50%
Mixed-Integer Linear Programming Model
45%
Multifunctionality
50%
Multiobjective Optimization
25%
Non-Dominated Sorting Genetic Algorithm II
41%
Numerical Experiment
25%
Pareto Front
33%
Pareto Optimal Front
16%
Peak Power
50%
Policy Maker
25%
Processing Time
25%
Production Engineering
25%
Programming Model
25%
Relative Position
25%
Residential Sector
16%
Scalar Multiple
33%
Scale Network
25%
Search Algorithm
50%
Search Strategy
50%
Selling Price
7%
Seru Production
100%
Simulation Example
25%
Social Sustainability
50%
Space Solution
33%
Stochastic Dynamic
25%
Subproblem
33%
Substantial Increase
16%
Sustainable Development
16%
Sustainable Performance
100%
Upper Limit
16%
Warehouses
25%
Waste Processing
50%
Computer Science
Behavioral Intention
50%
Business Practice
50%
Collected Data
50%
Computational Efficiency
25%
Computational Experiment
25%
Computational Time
25%
Decoding Algorithm
50%
Disaster Recovery
12%
Disaster Relief
50%
Evolutionary Algorithm
25%
Genetic Algorithm
25%
Infrastructure Network
50%
Integer Programming
12%
Linked List
16%
Machine Environment
50%
Machine Scheduling Problem
50%
Manufacturing Organization
50%
Mixed-Integer Linear Programming
25%
multi-objective evolutionary algorithm
25%
Network Scenario
12%
Non-Dominated Sorting Genetic Algorithm II
25%
Numerical Example
50%
Online Collection
50%
Parallel Machine Scheduling
50%
Performance Metric
50%
Precedence Constraint
50%
Product Manufacturer
50%
Production System
50%
Programming Model
25%
Reconfiguration Problem
25%
Recovery Activity
12%
Relative Position
50%
Resource-Based View
25%
Scalar Multiple
50%
Search Strategy
50%
Sized Organization
8%
Social Sustainability
50%
Solution Space
25%
Systems Performance
25%
Usage Frequency
50%
Weighted Sum Method
16%
Social Sciences
Aggregate Productivity
50%
Bibliology
7%
Chinese
11%
Comparative Analysis
7%
Complexity Theory
14%
Conceptual Framework
21%
Developing Countries
6%
Dynamic Capability
12%
Electrical Equipment
7%
Electronic Equipment
7%
Employee Management
6%
Energy Source
12%
Environmental Awareness
25%
Environmental Economics
14%
Evaluation Research
7%
Hazardous Waste
12%
Integrated Planning
7%
Lean Management
50%
Lean Production
50%
Management Resources
25%
Millennials
50%
Organizational Decision-Making
8%
Organizational Performance
14%
Perceived Risk
14%
Performance Feedback
50%
Personnel Management
25%
Planning Process
7%
Quantitative Research
6%
Research Design
6%
Resource Based View
14%
Rural Areas
7%
Small and Medium-Sized Enterprise
6%
Sustainable Operations
100%
Sustainable Supply Chain Management
50%
Technology Acceptance Model
7%
Total Quality Management
25%
Waste Management
50%
Waste Processing
7%
Waste Treatment
50%