Research Article
Strategic Interaction between Operators in the Context of Spectrum Sharing for 5G Networks
| | | Eq. |
| | General Model | | | | Mean packet system time | | (1) | | Mean service rate | | (1) | | Subscribers mean arrival rate | | (1) | | Operator 1’s number of users | | (1) | | Operator 2’s number of users | | (1) | | Virtual Operator’s relative priority | | (2) | | Quality perceived by the users | | (4) | | Users sensitivity to delay | | (4) | | Conversion factor | | (4) | | Users utility | | (5) | | Price charged by operator | | (5) | | Operator i’s profits | | (6) |
| | Game Model | | | | Operator 1’s best response | | (11) | | Operator 2’s best response | | (12) | | Operator 1’s equilibrium price | | (13) | | Operator 2’s equilibrium price | | (14) | | Operator 1’s equilibrium number of users | | (16) | | Operator 2’s equilibrium number of users | | (16) | | Arbitrarily small positive value | | | | Boundary cases I-II | | (34) | | Boundary cases I-II | | (35) | | Boundary cases III-IV | | (36) | | Boundary cases II-IV | | (37) |
| | The Appendix- Monopoly | | | | Monopolistic operator’s profits | | (A.1) | | Monopolistic operator’s number of users | | (A.1) | | Price charged by monopolistic operator | | (A.1) | | Users Utility | | (A.3) | | Monopolistic operator’s optimal price | | (A.9) |
|
|