Main Article Content
Abstract
Cellular networks are comprised of a few number of radio cells. Base station (BS) encourages each station to offer radio inclusion over some restricted districts. Radio cell are also classified as Femtocells and Macro cell. Femtocells are low power access points, high reliability, better coverage and capacity, reduced subscriber turnover, low cost, improved quality of service (QoS), which is deployed by end customers. Within femtocells which are organized based on co-channel can be subjected to two types of interference such as among nearby femtocells and among macrocell and femtocell. The process of mitigation need to be carried out in two interference types due to enhance the use of entire existing spectrum. Macrocell offers coverage larger than the microcell. Macrocells along with femtocells is mostly used for creating LTE (Long Term Evolution) network. In these paper analysis the characteristics and advantages of Femtocell and Macrocell. Provisioning of nature of administration denoted the chief dedicated test for femtocell/macrocell incorporated systems, while the fundamental regulatory test is the decision of the correct transformative way from the current microcellular systems towards the coordinated system. The analysis the techniques for Mitigation interference between Macrocell and Femtocell in use of wireless networks.