畢業(yè)論文 h264與avs插值算法比較.doc
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畢業(yè)論文 h264與avs插值算法比較,摘要視頻分辨率變換在多媒體領域有著非常廣泛的應用，在傳統(tǒng)的插值算法中由于對圖像邊緣活紋理等細節(jié)信息考慮不足常常導致插值后圖像出現(xiàn)模糊或鋸齒的現(xiàn)象,所以論文對h.264／avc及avs進行了詳細的分析 。本論文的主要目的就是比較h.264與avs插值算法，測試他們在圖像處理上的優(yōu)劣，利用matlab這一工具編寫程序?qū)ν?..
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摘 要
視頻分辨率變換在多媒體領域有著非常廣泛的應用，在傳統(tǒng)的插值算法中由于對圖像邊緣活紋理等細節(jié)信息考慮不足常常導致插值后圖像出現(xiàn)模糊或鋸齒的現(xiàn)象,所以論文對H.264／AVC及AVS進行了詳細的分析 。本論文的主要目的就是比較H.264與AVS插值算法，測試他們在圖像處理上的優(yōu)劣，利用MATLAB這一工具編寫程序?qū)ν粓D像進行處理。
本文分別從運算復雜度和性能兩個方面進行了比較，在復雜度的分析中引入了復雜度分析模型,該模型從硬件設計的角度合理地量化了兩種插值算法的復雜度。在比較兩種插值算法的性能上,根據(jù)插值的運算特性給出了性能的評估指標。用上述復雜度模型和性能指標對H.264和AVS的插值算法進行分析和比較,實驗結果表明H.264具有較好的性能,而AVS的性能開銷比略好于H.264 。
關鍵詞：MATLAB；插值算法；H.264;AVS
H.264 interpolation algorithm with AVS comparison
Abstract
Video resolution transform in multimedia field has a very wide range of applications, in traditional interpolation algorithm for image edges due to live texture detail information consider deficiency often result in interpolation fuzzy or after images appear serrated phenomenon so papers on H.264 / AVC and AVS were analyzed in detail. The main purpose of this paper is to compare with the AVS and H.264 interpolation algorithm, test their in image processing, advantage and disadvantage of the MATLAB this tool programming for the same image processing.
This paper respectively from two aspects of computing complexity and performance are compared, and the analysis of the complexity introduced into the complexity analysis model, this model from the hardware design Angle properly quantify two interpolation algorithm complexity. In comparing two interpolation algorithm performance, and according to the operation characteristics are given interpolation performance eva luation index. With the complexity of model performance index and H.264 and AVS interpolation algorithm analysis and comparison, the experimental results show that the H.264, and has better performance than the AVS performance overhead is slightly better than H.264.
Key Words：MATLAB;Nearest Neighbor Interpolation;H.264;AVS
目 錄
摘 要 I
Abstract II
引 言 1
1 H.264與AVS的背景 2
1.1 H.264的背景 2
1.2 AVS的背景 2
1.3 H.264基本概述 2
1.4 AVS基本概述 3
2 插值復雜度分析 4
2.1 插值復雜度分析 4
2.2 H.264與AVS插值算法的復雜度分析 5
2.2.1 H.264亮度樣本插值部分分析 5
2.2.2 H.264色度樣本插值部分分析 6
2.2.3 AVS亮度樣本插值部分分析 7
2.2.4 AVS色度樣本插值部分分析 9
3 BMP圖像解析 11
3.1 BMP概況 11
3.2 BMP文件結構 11
4 實驗結果及分析 14
4.1 性能比較的方法 14
4.2 實驗結果及分析 15
結論 18
參考文獻 19
附錄 程序 20
致 謝 27
視頻分辨率變換在多媒體領域有著非常廣泛的應用，在傳統(tǒng)的插值算法中由于對圖像邊緣活紋理等細節(jié)信息考慮不足常常導致插值后圖像出現(xiàn)模糊或鋸齒的現(xiàn)象,所以論文對H.264／AVC及AVS進行了詳細的分析 。本論文的主要目的就是比較H.264與AVS插值算法，測試他們在圖像處理上的優(yōu)劣，利用MATLAB這一工具編寫程序?qū)ν粓D像進行處理。
本文分別從運算復雜度和性能兩個方面進行了比較，在復雜度的分析中引入了復雜度分析模型,該模型從硬件設計的角度合理地量化了兩種插值算法的復雜度。在比較兩種插值算法的性能上,根據(jù)插值的運算特性給出了性能的評估指標。用上述復雜度模型和性能指標對H.264和AVS的插值算法進行分析和比較,實驗結果表明H.264具有較好的性能,而AVS的性能開銷比略好于H.264 。
關鍵詞：MATLAB；插值算法；H.264;AVS
H.264 interpolation algorithm with AVS comparison
Abstract
Video resolution transform in multimedia field has a very wide range of applications, in traditional interpolation algorithm for image edges due to live texture detail information consider deficiency often result in interpolation fuzzy or after images appear serrated phenomenon so papers on H.264 / AVC and AVS were analyzed in detail. The main purpose of this paper is to compare with the AVS and H.264 interpolation algorithm, test their in image processing, advantage and disadvantage of the MATLAB this tool programming for the same image processing.
This paper respectively from two aspects of computing complexity and performance are compared, and the analysis of the complexity introduced into the complexity analysis model, this model from the hardware design Angle properly quantify two interpolation algorithm complexity. In comparing two interpolation algorithm performance, and according to the operation characteristics are given interpolation performance eva luation index. With the complexity of model performance index and H.264 and AVS interpolation algorithm analysis and comparison, the experimental results show that the H.264, and has better performance than the AVS performance overhead is slightly better than H.264.
Key Words：MATLAB;Nearest Neighbor Interpolation;H.264;AVS
目 錄
摘 要 I
Abstract II
引 言 1
1 H.264與AVS的背景 2
1.1 H.264的背景 2
1.2 AVS的背景 2
1.3 H.264基本概述 2
1.4 AVS基本概述 3
2 插值復雜度分析 4
2.1 插值復雜度分析 4
2.2 H.264與AVS插值算法的復雜度分析 5
2.2.1 H.264亮度樣本插值部分分析 5
2.2.2 H.264色度樣本插值部分分析 6
2.2.3 AVS亮度樣本插值部分分析 7
2.2.4 AVS色度樣本插值部分分析 9
3 BMP圖像解析 11
3.1 BMP概況 11
3.2 BMP文件結構 11
4 實驗結果及分析 14
4.1 性能比較的方法 14
4.2 實驗結果及分析 15
結論 18
參考文獻 19
附錄 程序 20
致 謝 27
