# | title |
| 1 | Rough set theory for topological spaces |
| 2 | Missing Values Via Covering Rough Sets |
| 3 | Topological Spaces and Covering Rough Sets |
| 4 | Reduction of Information Systems Attributes |
| 5 | Stepping into Augmented Reality |
| 6 | Reduction of Some Physical Measurements by Using Rough Sets Techniques |
| 7 | Is Tinel's Test Valid for Evaluation of CTS? Sensory Conduction [SC] Presentations and Rough Sets Techniques were used to correlate between Tinel's Test and its Validity |
| 8 | Granular Computing: Reduction of information system values |
| 9 | Topological Applications on information Analysis by Rough Sets |
| 10 | Supra Topological Approach for Decision Making via Granular Computing |
| 11 | Classification of Alloys and Reduction of Some Physical Measurement by Using Rough Sets Techniques |
| 12 | Classification of Sand Samples According to Radioactivity Content by the Use of Euclidean and Rough Sets Techniques |
| 13 | Topological reduction of information systems |
| 14 | Neighborhood system and covering rough set |
| 15 | Prediction of missing values for decision attribute |
| 16 | Topological Applications on information Analysis by Rough Sets |
| 17 | Supra Topological Approach for Decision Making via Granular Computing |
| 18 | REDUCTION OF MULTI-VALUED INFORMATION SYSTEMS |
| 19 | Dimensionality Reduction Using Rough Set Approach for Two Neural Networks-Based Applications |