Stochastic Capacity Acquisition and Allocation Model for Bandwidth Brokers under Fuzzy Volume Based Pricing Scheme

Keyphrases

• Acquisition Model 100%
• Allocation Model 100%
• Allocation Problem 33%
• Bandwidth Broker 100%
• Byte 33%
• Capacity Acquisition 100%
• Capacity Allocation 100%
• Capacity Loss 33%
• Capacity Utilization 33%
• Demand Fulfillment 33%
• Deterministic Approach 33%
• Deterministic Equivalent 33%
• Deterministic Strategy 33%
• Expected Demand 33%
• Expected Value of Perfect Information 33%
• Fuzzy Expected Value 33%
• Fuzzy numbers 33%
• Fuzzy Programming 33%
• Fuzzy Values 33%
• Fuzzy-stochastic 33%
• Jitter 33%
• Market Conditions 33%
• Maximization Problem 33%
• Numerical Experiments 33%
• Performance Measures 66%
• Performance Statistics 33%
• Pricing Policy 33%
• Pricing Scheme 100%
• Probability Distribution 33%
• Problem Size 33%
• Profit Maximization 33%
• Programming Techniques 33%
• Proposed Methodology 33%
• Single-objective 33%
• Stochastic Capacity 100%
• Stochastic Methods 33%
• Stochastic Parameters 33%
• Telecommunications 33%
• Two-stage Stochastic Programming 33%
• User Capacity 33%
• Value of Information 33%
• Value of Stochastic Solution 33%
• Volume-based 100%

Computer Science

• Allocation Problem 50%
• Deterministic Approach 50%
• Mathematical Programming 50%
• Objective Function 50%
• Perfect Information 50%
• Performance Measure 100%
• Problem Setting 50%
• Profit Maximization 50%
• Programming Technique 50%
• Related Performance 50%
• Single Objective 50%
• Stochastic Programming 50%