Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Inter-Frames and Inter-View Predictions Developed Architectures
This chapter presents in detail the two high-throughput architectures developed for the Inter-frames and Inter-view predictions. The first architecture consists of a Motion/Disparity Estimation system with run-time adaptive memory hierarchy that proposes several complexity-reduction heuristics to reduce energy and memory requirements. The second hardware design consists of a coding-efficient Disparity Estimation architecture based on the Improved Unidirectional Disparity-Search Algorithm (iUDS). It is important to mention that the complexity-reduction heuristics proposed for these architectures considers different contexts. The first architecture, i.e., the ME/DE system with run-time adaptive memory hierarchy focuses on an FCO approach in order to take advantage of the channel coding order to save energy, and, therefore, its heuristics are also proposed and evaluated in terms of compression based on the statistical results for the FCO approach in Chapter. In the second proposed architecture, i.e., the DE architecture based on the iUDS Algorithm, the focus is on the coding efficiency by considering all PU block sizes. Therefore, the impacts on the compression of the second architecture consider the CCO approach. However, it can be used along with an FCO approach without drastic modifications.
Inter-Frames and Inter-View Predictions Developed Architectures
This chapter presents in detail the two high-throughput architectures developed for the Inter-frames and Inter-view predictions. The first architecture consists of a Motion/Disparity Estimation system with run-time adaptive memory hierarchy that proposes several complexity-reduction heuristics to reduce energy and memory requirements. The second hardware design consists of a coding-efficient Disparity Estimation architecture based on the Improved Unidirectional Disparity-Search Algorithm (iUDS). It is important to mention that the complexity-reduction heuristics proposed for these architectures considers different contexts. The first architecture, i.e., the ME/DE system with run-time adaptive memory hierarchy focuses on an FCO approach in order to take advantage of the channel coding order to save energy, and, therefore, its heuristics are also proposed and evaluated in terms of compression based on the statistical results for the FCO approach in Chapter. In the second proposed architecture, i.e., the DE architecture based on the iUDS Algorithm, the focus is on the coding efficiency by considering all PU block sizes. Therefore, the impacts on the compression of the second architecture consider the CCO approach. However, it can be used along with an FCO approach without drastic modifications.
Inter-Frames and Inter-View Predictions Developed Architectures
Synthesis Lectures on eng., sci., & technol.
Afonso, Vladimir (Autor:in) / Perleberg, Murilo (Autor:in) / Zatt, Bruno (Autor:in) / Porto, Marcelo (Autor:in) / Agostini, Luciano (Autor:in) / Susin, Altamiro (Autor:in)
20.02.2025
38 pages
Aufsatz/Kapitel (Buch)
Elektronische Ressource
Englisch
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