Journal of Software Engineering and Applications

Journal of Software Engineering and Applications

ISSN Print: 1945-3116
ISSN Online: 1945-3124
www.scirp.org/journal/jsea
E-mail: jsea@scirp.org
"Efficient Fast Multiplication Free Integer Transformation for the 1-D DCT of the H.265 Standard"
written by Mohamed Nasr Haggag, Mohamed El-Sharkawy, Gamal Fahmy, Maher Rizkalla,
published by Journal of Software Engineering and Applications, Vol.3 No.8, 2010
has been cited by the following article(s):
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[2] An Efficient Design of DCT Approximation Based on Quantum Dot Cellular Automata (QCA) Technology
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[3] Implementation analysis of HEVC encoding on Zynq platform under embedded Linux
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[4] Approximated transform and quantisation for complexity-reduced high efficiency video coding
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[5] An efficient hybrid integer coefficient-DCT architecture using quantization module for HEVC standard
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[6] A hierarchical multiplier-free architecture for HEVC transform
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[7] Enhanced hybrid quality prediction model for 8K UHD H. 265 video using ANFIS
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[8] DESIGN SCALABLE APPROXIMATE DCT ARCHITECTURE FOR VIDEO CODING APPLICATION
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[9] Fast Algorithm Designs of Multiple-Mode Discrete Integer Transforms with Cost-Effective and Hardware-Sharing Architectures for Multistandard Video Coding …
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[10] Implementation analysis of HEVC encoding on dual ARM Cortex A15 architecture
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[11] A fast algorithm-based cost-effective and hardware-efficient unified architecture design of 4× 4, 8× 8, 16× 16, and 32× 32 inverse core transforms for HEVC
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[12] Fast Algorithm Designs of Multiple-Mode Discrete Integer Transforms with Cost-Effective and Hardware-Sharing Architectures for Multistandard Video Coding …
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[13] Implementation High-Level Syntax Architecture for Efficient Integer DCT for HEVC
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[14] 應用於多視訊壓縮標準且基於快速演算法之具成本效益及硬體分享的多模式離散轉換架構設計
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[15] Integer DCT Convergence for JPEG-75 Forensics for Images
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[16] VLSI Implementation and Area Efficient Cordic based Integer DCT Architectures for HEVC
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[17] Efficient Integer DCT Architectures for HEVC
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[18] Discrete cosine transforms Architectures for High Efficiency Video Coding
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[19] Nonorthogonal DCT implementation for JPEG forensics
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[20] Nonorthogonal dct block convergence for jpeg-75 forensics
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[21] Unified algorithms for computation of different points integer 1-D DCT/IDCT for the HEVC standard
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[22] VLSI implementation of discrete cosine transform and Intra prediction
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[23] HARDWARE-EFFICIENT MULTI-STANDARD VIDEO TRANSFORM CORE
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[24] Nonorthogonal DCT implementation for JPEG forensics.
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[25] Superpredictive modeling for sequential analysis
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[26] Implementation of Efficient Integer DCT Architectures for HEVC
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[27] IMPLEMENTATION OF REUSABLE DCT ARCHITECTURES
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[28] A variable block-size design of HEVC transform using intra-coefficient sharing
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[29] Free multiplication integer transformation for the HEVC standard
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[30] Design optimization of the quantization and a pipelined 2D-DCT for real-time applications
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[31] Multi-scale scheduling techniques for signal processing systems
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[32] A framework for self-reconfigurable DCTs based on Multiobjective Optimization of the Power-Performance-Accuracy space
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[33] N point DCT VLSI architecture for emerging HEVC standard
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[34] N Point DCT VLSI Architecture for Emerging HEVC Standard.
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[35] 𝑁 Point DCT VLSI Architecture for Emerging HEVC Standard
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[36] Fast Multiplier-less Implementation of B-spline basis with enhanced compression performance
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[37] VLSI implementation of 16-point DCT for H. 265/HEVC using walsh hadamard transform and lifting scheme
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[38] Fast Multiplier-less Implementation of Bspline Basis with Enhanced Compression Performance
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[39] Study and Comparison of H. 265/HEVC Video Coding Architectures
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