Keyphrases
Fully Polynomial Time Approximation Scheme
90%
Dynamic Programming
68%
Approximation Function
55%
Approximation Scheme
45%
Approximation Set
45%
Monotone Dynamics
39%
FPTAS
39%
Stochastic Dynamic Program
35%
Oracle
22%
Deteriorating Jobs
22%
Makespan
22%
Automatic Generation
22%
Contingency Table
19%
Nonlinear Processing
19%
Data-driven Optimization
19%
Data-driven Decision Making
19%
Additive Error
19%
Processing Sequence
19%
Sampling Methods
19%
Optimal Approximation
19%
Strongly Polynomial
19%
Hardness Results
19%
Constraints Cost
19%
Sum Constraint
19%
Performance Measures
19%
Processing Time
19%
Scheduling Problem
19%
Near-optimal
19%
Newsvendor
19%
Monotone
19%
Resource Allocation
19%
Rooted Trees
19%
Nonlinear Cost Function
19%
Newsvendor Problem
16%
Cost Function
16%
Monotone Structure
16%
Bellman Equation
16%
Random Events
13%
Stochastic Inventory Control
13%
Cumulative Distribution Function
13%
Computational Evaluation
9%
Continuous Action Space
9%
Single Machine
9%
Continuous State Space
9%
Input Size
9%
Error Parameter
9%
Transition Function
9%
Multiplicative Error
9%
Supply Chain Management
9%
Small Additives
9%
Mathematics
Fully Polynomial-Time Approximation Scheme
100%
Cost Function
35%
Polynomial
29%
Stochastic Dynamic Program
26%
Minimizes
26%
Stochastics
22%
Performance Measure
19%
Contingency Table
19%
Total Cost
19%
Total Weight
19%
Nondecreasing Function
19%
Linear Time
19%
Cumulative Distribution Function
13%
Single Machine
9%
Multiplicative
9%
Additive Error
9%
Running Time
9%
Transition Function
9%
Relative Error
9%
Action Space
9%
Application Area
9%
Random Sample
6%
Density Estimation
6%
Bellman Equation
6%
Convex Structure
6%
Data-Driven Model
6%
Random Variable
6%
Ordinary Sense
6%
Single Period
6%
Discrete Time
6%
Computer Science
Fully Polynomial-Time Approximation Scheme
98%
Dynamic Program
39%
approximation scheme
32%
Stochastic Dynamic Program
29%
Automatic Generation
26%
Approximation (Algorithm)
22%
Scheduling Problem
19%
Performance Measure
19%
Knapsack
19%
Contingency Table
19%
And-States
19%
Application Problem
13%
Supply Chain
9%
Transition Function
9%
Application Area
9%
System Analysis
9%
Theoretical Computer Science
9%
Science Community
9%
Function Approximation
9%
State Variable
9%
Resource-Constrained Scheduling
6%
Total Weighted Tardiness
6%
Resource Constraint
6%
Mobile Agents
6%
Survival Probability
6%
Stochastic Problem
6%
