The advent of internet-based video streaming service has changed the paradigm of streaming content delivery. However, there has been a call for traditional satellite and the online platform to coexist to improve the access to content delivered to subscribers. In addition, revenue earning is also challenging for service providers especially those unknown to subscribers. Therefore, it is important to design a solution that enables the coexistence of traditional satellite and online platform. The system should also improve subscriber’s capability to gain awareness of different providers and their associated content. The discussion in this paper proposes a novel network architecture that addresses these concerns. The proposed network architecture is a content aware independent architecture platform for accessing multi-media content for future subscribers. Results obtained from the performance analysis show that the proposed architecture reduces the content access costs by 39.3% on the average. Furthermore, analysis shows that the acquisition costs are reduced by 67.3% and 56.4% when 9 and 12 subscribers share the receiver station as compared to the case where trackers are incorporated in existing approach. Increasing the number of subscribers that share the receiving station from 9 to 12 also reduces acquisition costs by 25% on average.

基于Internet的视频流服务的出现改变了流内容交付的范式。但是，已经呼吁传统卫星和在线平台共存以改善对交付给订户的内容的访问。此外，对于服务提供商，尤其是订户未知的服务提供商，收入的获取也面临着挑战。因此，设计一种能够使传统卫星和在线平台共存的解决方案非常重要。该系统还应该提高订户的能力，以使他们了解不同的提供者及其相关内容。本文中的讨论提出了一种新颖的网络体系结构，可以解决这些问题。所提出的网络体系结构是用于内容的独立体系结构平台，用于为将来的订户访问多媒体内容。从性能分析中获得的结果表明，所提出的体系结构平均将内容访问成本降低了39.3％。此外，分析表明，与将跟踪器合并到现有方法中的情况相比，当9个订户和12个订户共享接收站时，购置成本降低了67.3％和56.4％。共享接收站的订户数量从9个增加到12个，平均降低了25％的购置成本。与将跟踪器合并到现有方法中的情况相比，当9个和12个订户共享接收站时，分别为3％和56.4％。共享接收站的订户数量从9个增加到12个，平均降低了25％的购置成本。与将跟踪器合并到现有方法中的情况相比，当9个和12个订户共享接收站时，分别为3％和56.4％。共享接收站的订户数量从9个增加到12个，平均降低了25％的购置成本。