, if the UE measurement reports to the eNodeB 2 with PCI 3 as the only strongest cell, there is a good possibility that the handover will be initiated by eNodeB 2 toward the PCI 3, which is under eNodeB3. However, if the UE reports multiple strong cells in its reports (i.e., PCI 3 and PCI 2) the service cell can detect this as a possible PCID confusion case as the reported PCIDs according to the serving eNodeB belong to a completely different geographic location. The eNodeB can further detect the exact cells and location of the cells that are under confusion by requesting the UE to report the E-UTRAN Cell Global ID (E-CGI) for the cells reported. In such cases, corrective actions can be taken to detect and resolve the PCID confusion. The resolution can be centralized wherein the eNodeB 2 reports the confusion to the central SON, and the central SON then perfoms a resolution act. CHAPTER 2 SELF-ORGANIZING NETWORKS IN LTE DEPLOYMENT Automatic Neighbor Relation In any mobile networks, including LTE, the mobility of the user equipment is usually guided by the network and based on the measurements that are reported by the UE for the neighboring cells. The UE is usually configured by the network to report the measurement for a set of neighboring cells based on various parameters such as: Geographic location of the neighboring cell Cell capabilities (e.g., does the neighboring cell support LTE technology? If yes, does it support LTE FDD or LTE TDD?) Neighboring cell relation with the serving cell (e.g., what type of link exists between the two cells-X2 link, S1 link, etc., and is the neighboring cell blacklisted, etc.) Priority of the neighbor (e.g., the operator might prefer an intra frequency cell over an inter frequency cell; in such cases, the neighboring configuration should be done accordingly) It becomes very important for a cell to have a combination of static preplanned or commissioned neighbor allocation as well as a dynamic adaptive neighbor relation update based on the UE measurement reports and changes in t