Computer Science
Project Scheduling
100%
Design
66%
Models
60%
Queuing Theory
50%
Local Search Algorithm
50%
Scheduling Problem
50%
Algorithms
50%
Neighbour Search
50%
Visually Impaired People
50%
Iterations
50%
Branch-and-Bound Algorithm Design
50%
Memory Management
50%
Spatial Division
50%
Heuristics
50%
Resource-Constrained Scheduling
50%
Entropy
50%
Supply Chain
50%
Operating Cost
40%
Metaheuristic Algorithm
33%
Case Study
26%
Programming Model
26%
Vehicular Traffic
25%
Mixed Integer Programming
25%
Key Performance Indicator
25%
Local Search Phase
25%
Dominance
25%
Feasible Region
25%
Neighbouring Particle
25%
Relative Position
25%
System Simulation
25%
Particle System
25%
Data Memory
25%
Basic Algorithm
25%
Algorithm Performance
25%
Tree Search
25%
Parking Facility
25%
Transport Cost
20%
Optimal Solution
16%
Genetic Algorithm
16%
Decision Variable
16%
Parallel Machine
16%
Complexity
16%
Representation
16%
Main Component
16%
Computational Time
16%
Search Strategy
16%
Vision Impairment
16%
Total Distance
16%
Open Source Application
16%
Artificial Data
16%
Social Sciences
Problem
62%
Pricing Policy
50%
Traffic Congestion
50%
Vehicle Routing Problem
50%
Decision
50%
Tabu
50%
Pollution
50%
Search
50%
Approach
50%
Optimization Model
50%
Chile
50%
Logistics
37%
Vehicles
37%
Gases
37%
Optimal Pricing
25%
Time
25%
Emission
25%
Storage
16%
Energy Consumption
16%
Distribution
12%
Performance
12%
Neighborhood
12%
Transport
12%
Costs
12%
Balance
12%
Organizations
12%
Planning
12%
Interest
12%
Health
12%
Environment
12%
Competitive Advantage
12%
Atmosphere
12%
Structural Elements (Buildings)
12%
Literature
12%
Carbon Monoxide
12%
Programming
8%
Alternative
8%
Libraries
8%
Human Activities Effects
8%
Inclusion
8%
Optimization
8%
Manufacturing
8%
Decision-Making Process
8%
Theses
8%
Mathematical Model
8%
Research Work
8%
Mathematics
Chains
50%
Optimal Model
50%
Flow
50%
Tradeoff
50%
Linear Programming
50%
Time Window
50%
Integer
35%
Efficiency
25%
Measures
25%
Validation
25%
Linear Programming
25%
Vehicle Routing Problem
20%
Derivatives
16%
Distribution Center
16%
Leaf
16%
Linear Program
12%
Precedence Relation
12%
Historical Data
10%
Integer Programming
10%
time interval τ
10%
