Keyphrases
Resource-constrained Project Scheduling Problem (RCPSP)
67%
Resource-constrained Project Scheduling
38%
Discounted Cash Flow
38%
Project Manager
31%
Net Present Value
26%
Cash Flow
23%
Activity Duration
22%
Resource-constrained
19%
Outsourcing Decisions
18%
United States
16%
Project Completion Time
16%
Decision Factors
15%
Project Activity
15%
Computational Effort
13%
User Effect
12%
Risk-benefit
12%
Information System Project
12%
Benefit Factors
12%
Knowledge Bank
12%
Points of Dispensing
12%
International Accreditation
12%
Make-to-order Manufacturing
12%
Branch-and-bound
12%
Decision Support System
12%
Mixed Integer Programming Formulations
12%
Public Organizations
12%
Critical Chain Schedules
12%
Risk Factors
12%
Decision Support
12%
Project Evaluation Criteria
12%
Business Users
12%
R&D Projects
12%
Dormant
12%
Business Schools
12%
United Europe
12%
Time-cost Trade-off
12%
Development Time
12%
Scheduling Strategy
12%
Product Development Projects
12%
Project Scheduling Problem
12%
Priority Rules
12%
Buyer-supplier Relationships
12%
Buyers
12%
Minimum Cost
12%
Scheduling Approach
12%
Shop Setting
12%
Success Failure
12%
Buffer Sizing
12%
Cost Planning
12%
MRP Systems
12%
Computer Science
Project Scheduling
100%
Scheduling Problem
80%
Project Manager
36%
Activity Duration
25%
Objective Function
25%
Decision Support System
25%
Simulation Study
19%
Heuristic Solution
17%
Precedence Constraint
17%
Resource Constraint
17%
Computational Effort
17%
Computational Experiment
15%
Completion Time
15%
Tabu Search
12%
Evaluation Criterion
12%
Development Stage
12%
Critical Success Factor
12%
Simulated Annealing
12%
Public Organization
12%
Information System
12%
Critical Chain
12%
System Dynamics
12%
Search Procedure
12%
Capacity Constraint
12%
Branch-and-Bound Algorithm Design
12%
Cluster Analysis
12%
Profit Organization
12%
Project Success
12%
Performance Measure
11%
Integer Programming
9%
Simulated Data
9%
Success Factor
8%
User Participation
7%
Project Outcome
7%
Related Factor
7%
Practical Implication
6%
Initial Effort
6%
Quality Objective
6%
Lagrangian Approach
6%
Resource-Constrained Scheduling
6%
Resource Allocation
6%
Computational Time
6%
Feasible Solution
6%
Cost Allocation
6%
Lagrangian Relaxation
6%
Special Feature
6%
Computational Efficiency
6%
Quality Solution
6%
Quality Measure
6%
Solution Procedure
5%
Engineering
Cash Flow
51%
Net Present Value
27%
Objective Function
25%
Computational Effort
13%
Project Schedule
12%
Past Value
12%
Project Evaluation
12%
Project Type
12%
Test Result
12%
Bound Procedure
12%
Simulated Annealing Algorithm
12%
Square Error
12%
Capacity Constraint
12%
Success Factor
12%
Measures of Performance
12%
Stopping Criterion
12%
Manufacturing Organization
12%
Process Improvement
12%
Optimal Value
8%
Performance Measure ψ
6%
Additional Cost
6%
Quality Objective
6%
Quality Measure
6%
Tasks
6%
Integrated Steel Plant
6%
Renewables
6%
Computational Time
6%
Lead Time
6%
Internals
6%
Design and Environment
6%
Computational Efficiency
6%
Powerful Tool
6%
Manufacturing Company
6%
Applicability
6%
Manufacturing Strategy
6%
Historical Data
6%
Mass Production
6%
