Hybrid P2P-CDN Architecture for Live Video Streaming: An Online Learning Approach

Fully Dual Closed Stable Modules

“…The results of the proposed NAVS solutions will be compared with other state-of-the-art and baseline approaches in terms of metrics mentioned in RQ3 to show their performance. ES-HAS [55] CSDN [54] ARARAT [58] RICHTER [56][57] ALIVE [62] LEADER [59] ES-HAS [55] LEADER [59] ARARAT […”

“…LEADER [59] ES-HAS [55] CSDN [54] SARENA [61] ARARAT [58] RICHTER [56] architecture and formulate each problem as a mathematical optimization model. At the end of each section, we discuss the details of the testbed design and obtain and analyze results.…”

“…In Chapter 4, we introduce an SFC-enabled architecture for adaptive video streaming applications called SARENA [61]. We first elaborate on the SARENA multi-layer architecture and formulate the problem as an optimization model.…”

“…Chapter 6 explains the details of two hybrid P2P-CDN architectures for HAS-based systems, called RICHTER [56] and ALIVE [62], in two sections. Each section first discusses the problem statement, particular architecture, and problem formulation.…”

“…60% of the videos' segments are stored in each cache server randomly in most scenarios (only in one scenario, we store 30% to 60% videos segments on cache servers). Moreover, each client requests one video where video 1 is streamed to clients (1,11,21,31,41,51,61,71,81,91), video 2 is streamed to clients (2,12,22,32,42,52,62,72,82,92), and so on. The time slot duration is adjusted to 32 milliseconds in all experiments.…”