By Eric Setton
Peer-to-Peer Video Streaming describes novel options to reinforce video caliber, elevate robustness to mistakes, and decrease end-to-end latency in video streaming platforms. This publication could be of use to either teachers and pros because it provides thorough assurance and options for present concerns with Video Streaming and Peer-to-Peer architectures. The ebook offers an summary of today’s state-of-the paintings video streaming expertise. It offers adaptive video coding and streaming strategies for functionality enhancement of traditional client-server platforms and P2P multicast. The particular appendix contains quite a few extra experiments.
Read Online or Download Peer-to-Peer Video Streaming PDF
Best internet & networking books
The painless approach to study instant LAN layout and improvement, this primary advisor in McGraw-Hill's self-tutoring construct your personal sequence supplies execs an easy technique to grasp new abilities. With this advisor, even non-techies can construct basic instant LANs with off-the-shelf items! * whole deployment plan for an easy instant community, and the initiatives to construct them * construct tasks with only a WaveLAN card and an ethernet connection * exhibits tips to song networks with the most recent variety enhancement and interference minimization ideas
Peer-to-Peer Video Streaming describes novel recommendations to reinforce video caliber, raise robustness to blunders, and decrease end-to-end latency in video streaming platforms. This publication might be of use to either lecturers and execs because it provides thorough insurance and ideas for present matters with Video Streaming and Peer-to-Peer architectures.
Semantische Techniken zur strukturierten Erschließung von net 2. 0-Content und kollaborative Anreicherung von web pages mit maschinenlesbaren Metadaten wachsen zum Social Semantic internet zusammen, das durch eine breite Konvergenz zwischen Social software program und Semantic Web-Technologien charakterisiert ist.
This SpringerBrief offers a survey of dynamic source allocation schemes in Cognitive Radio (CR) platforms, concentrating on the spectral-efficiency and energy-efficiency in instant networks. It additionally introduces a number of dynamic source allocation schemes for CR networks and gives a concise creation of the panorama of CR expertise.
Extra resources for Peer-to-Peer Video Streaming
CoDiO vs. RaDiO We compare the performance of CoDiO vs. RaDiO in terms of distortion, rate and congestion in Fig. 19. For RaDiO, we follow exactly the procedure used for CoDiO except that we evaluate diﬀerent schedules in terms of their expected Lagrangian cost D(π) + λR(π). Values for the parameter λ are determined experimentally for each of the 6 sequences, in the same way as they were for CoDiO. They are indicated in Tab. 2. The value of R is obtained by computing the average transmitted rate over the time horizon considered.
Speciﬁcally, this model expresses that at lower rates, reconstructed video quality is limited by coarse quantization, whereas at higher rates, the video stream will lead to more network congestion and to longer packet delays, which in turn will cause higher probability of late packets, hence reduced quality. For low-latency video steaming in bandwidth-limited environments, we therefore expect to achieve maximum decoded quality for some intermediate rate. 9) with respect to R. This reduces to: ΘL e−(C κT (1 − Pr ) −R∗ )T /2L − R∗ + R0 = 0.
Linear regression to determine the value of the parameter κ for 6 sequences. The encoding rate for the diﬀerent sequences is as follows. Container: 283 kb/s, Foreman: 290 kb/s, Mobile: 306 kb/s, Mother and Daughter: 319 kb/s, News: 319 kb/s, Salesman: 311 kb/s. The estimated value of κ for the diﬀerent sequences is as follows. Container: 143, Foreman: 580, Mobile: 2262, Mother and Daughter: 64, News: 180, Salesman: 130. For low-latency streaming, Ploss reﬂects the combination of random losses and late arrivals of video packets.