modeFRONTIER

File

4.1.6. Buffer Variable Node

4.1.7. Transfer Variable Node

4.1.8. Objective Node

4.1.9. Objective Graient Node

4.2. The Work Flow Canvas

4.2.1. Working with Nodes

4.2.2. Working with Links

4.2.3. Working with Labels

4.2.4. Working with Subsystems

4.2.5. Setting the Project Properties

4.2.6. General Editing Commands

4.2.7. Appendix on Syntax Rules

4.3. The Logic Log

4.4. The Summary Panel

5. modeFRONTIER^TM 3.1.0 Release Notes

5.1.1. The Simple Work Flow Pattern

5.1.2. The Transfer Function Pattern

5.1.3. The Independent Applications Pattern

5.1.4. The Serial Applications Pattern

5.1.5. The Parallel Applications Pattern

5.1.6. The Conditional Work Flow Pattern

5.1.7. The Robust Design Work Flow Pattern

6. modeFRONTIER^TM 3.0.1 Release Notes

6.1. Available DOE Algorithms

6.1.1. User Sequence

6.1.10. Latin Square

6.1.11. Taguchi Matrix

6.1.12. Plackett-Burman

6.1.13. D-Optimal

6.1.14. Cross Validation

6.1.2. Random Sequence

6.1.3. Constraint Satisfaction Problem

6.1.4. Sobol Sequence

6.1.5. Latin Hypercube - Monte Carlo

6.1.6. Full Factorial Panel

6.1.7. Reduced Factorial (Fractional Factorial)

6.1.8. Cubic Face Centred

6.1.9. Box-Behnken

6.2. DOE Import/Export of Data

7. modeFRONTIER^TM 3.0.0 Release Notes

7.1. Available Schedulers

7.1.1. DOE Sequence

7.1.10. Non-dominated Sorting Genetic Algorithm II (NSGA-II)

7.1.11. Multi Objective Game Theory (MOGT)

7.1.12. Fast Multi Objective Genetic Algorithm (FMOGA)

7.1.13. Fast SIMPLEX (FSIMPLEX)

7.1.14. Evolution Strategies

7.1.15. Sequential Quadratic Programming (NLPQLP)

7.1.16. Normal-Boundary Intersection Method coupled with NLPQLP (NBI-NLPQLP)

7.1.2. Multi Objective Genetic Algorithm II (MOGA-II)

7.1.4. Bounded BFGS (B-BFGS)

7.1.5. Levenberg-Marquardt

7.1.6. Simulated Annealing (SA)

7.1.7. Adaptive Range Multi-Objective Genetic Algorithm (ARMOGA)

7.1.8. Multi Objective Simulated Annealing (MOSA)

7.1.9. Multivariate Adaptive Crossvalidating Kriging (MACK)

7.2. Genetic Algorithms (GAs)

7.2.1. Optimisation Algorithm

7.2.2. Selection Schemas

7.2.3. Cross-over Operators

7.2.4. GA for Multi Objective Optimisation

7.2.5. Constraints handling methods

7.3. MACK Example

8.1. Run Project Dialog

8.2. Run Logs Panel

8.3. Project Running Directory

9.1. Designs Space Explorer

9.1.1. Designs Space Buttons

9.1.2. Designs Space Toolbar

9.1.3. Designs Space Properties

9.2. Designs Table

9.2.1. Import and Export Designs

9.2.2. Add and Edit Designs

9.2.3. Designs Selection

9.2.4. Categories

9.2.5. Find Dialog

9.2.6. Remove Designs

9.2.7. Work Tables