International Journal of Advanced Networking and Applications

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SAND and Cloud-Based Strategies for Adaptive Video Streaming


Affiliations
1 Department of Computing and Information Technology, The University of the West Indies, Trinidad and Tobago, W.I, India
2 Department of Computing and Information Technology The University of the West Indies, Trinidad and Tobago, W.I, India
 

A new architecture for defining network collaboration in DASH is called SAND. It aims to standardize communication amongst network agents participating in the streaming process. This work produces a novel taxonomy for SAND-based approaches. It places AVS solutions into four categories: (1) Management Architecture (2) Cache-based, (3) Optimization, and (4) Paradigm. Sub-categories of Management Architecture are (a) Cognitive, (b) Prioritization, and (c) Encoding and Signaling, while sub-categories of Paradigm are (a) SDN-based, (b) CDN-based, and (c) CCN-based. The approaches representing each category are presented. It is shown that using the SANDs architecture proves beneficial to approaches adopting it. In recent years Cloud-based strategies for AVS have been an important area of research and industry. This paper elaborates on Cloud-based strategies. It places current strategies into a taxonomy. The Cloud-based AVS strategies are categorized into (1) Social- Awareness, (2) Cloud-based CDN, (3) Cloud-based Gaming, (4) Cloud-based SDN, (5) File-hosting services, (6) View synthesis techniques, and (7) Error Concealment techniques. The implementations that exist for the Cloudbased strategies are discussed. Thus, the advantages of both SAND and Cloud-based approaches for use in DASHbased systems are illustrated.

Keywords

DASH, SAND, Adaptive, Video, Streaming, Sdn, Optimization, Cache, CDN, Encoding, Signaling, Cloud, Social-Awareness, Gaming.
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  • SAND and Cloud-Based Strategies for Adaptive Video Streaming

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Authors

Koffka Khan
Department of Computing and Information Technology, The University of the West Indies, Trinidad and Tobago, W.I, India
Wayne Goodridge
Department of Computing and Information Technology The University of the West Indies, Trinidad and Tobago, W.I, India

Abstract


A new architecture for defining network collaboration in DASH is called SAND. It aims to standardize communication amongst network agents participating in the streaming process. This work produces a novel taxonomy for SAND-based approaches. It places AVS solutions into four categories: (1) Management Architecture (2) Cache-based, (3) Optimization, and (4) Paradigm. Sub-categories of Management Architecture are (a) Cognitive, (b) Prioritization, and (c) Encoding and Signaling, while sub-categories of Paradigm are (a) SDN-based, (b) CDN-based, and (c) CCN-based. The approaches representing each category are presented. It is shown that using the SANDs architecture proves beneficial to approaches adopting it. In recent years Cloud-based strategies for AVS have been an important area of research and industry. This paper elaborates on Cloud-based strategies. It places current strategies into a taxonomy. The Cloud-based AVS strategies are categorized into (1) Social- Awareness, (2) Cloud-based CDN, (3) Cloud-based Gaming, (4) Cloud-based SDN, (5) File-hosting services, (6) View synthesis techniques, and (7) Error Concealment techniques. The implementations that exist for the Cloudbased strategies are discussed. Thus, the advantages of both SAND and Cloud-based approaches for use in DASHbased systems are illustrated.

Keywords


DASH, SAND, Adaptive, Video, Streaming, Sdn, Optimization, Cache, CDN, Encoding, Signaling, Cloud, Social-Awareness, Gaming.

References