It is calculated as half of the value of the sampling rate.Passing this level causes aliasing distortion, or foldover.

它的计算方法是将采样率除以二，超过这个数值将会导致叠失真，叠。

Our approach is based on a gradient domain technique that preserves important local perceptual cues while avoiding traditional problems such as aliasing, ghosting and haloing.

我们的方法是一种基于梯度方法的技术，保存了重要的局部示并避免了传统的混淆现象，如鬼影和光晕的问题。

It is calculated as half of the value of the sampling rate.Passing this level causes aliasing distortion, or foldover.

它的计算方法是将采样率除以，这个数值将会导致折叠失真，或称折叠。

Our approach is based on a gradient domain technique that preserves important local perceptual cues while avoiding traditional problems such as aliasing, ghosting and haloing.

我们的方法是一种基于梯度方法的技术，保存了重要的局部视觉暗示并避免了传统的混淆现象，和光晕的问题。

It is calculated as half of the value of the sampling rate.Passing this level causes aliasing distortion, or foldover.

它的计算方法是将采样率除以二，超过这个数值将会导致折叠失真，或称折叠。

Our approach is based on a gradient domain technique that preserves important local perceptual cues while avoiding traditional problems such as aliasing, ghosting and haloing.

我们的方法是一种基于梯度方法的技术，保存了重要的局部视觉暗示并避免了传统的混淆现象，如鬼影和光晕的问题。

It is calculated as half of the value of the sampling rate.Passing this level causes aliasing distortion, or foldover.

它的计算方法将采样率除以二，超过这个数值将会导致折叠失真，或称折叠。

Our approach is based on a gradient domain technique that preserves important local perceptual cues while avoiding traditional problems such as aliasing, ghosting and haloing.

我们的方法基于梯度方法的技，了重要的局部视觉暗示并避免了传统的混淆现象，如鬼影和光晕的问题。

It is calculated as half of the value of the sampling rate.Passing this level causes aliasing distortion, or foldover.

它计算方法是将采样率除以二，超过这个数值将会导致折叠失真，或称折叠。

Our approach is based on a gradient domain technique that preserves important local perceptual cues while avoiding traditional problems such as aliasing, ghosting and haloing.

我们方法是一梯度方法，保存了重要局部视觉暗示并避免了传统混淆现象，如鬼影和光晕问题。

It is calculated as half of the value of the sampling rate.Passing this level causes aliasing distortion, or foldover.

它的计算方法是将采样率除以二，超过这个数值将会导致折叠失真，或称折叠。

Our approach is based on a gradient domain technique that preserves important local perceptual cues while avoiding traditional problems such as aliasing, ghosting and haloing.

我们的方法是一种基于梯度方法的技术，保存了重要的局部视觉暗示并避免了传统的混淆，如鬼影和光晕的问题。

It is calculated as half of the value of the sampling rate.Passing this level causes aliasing distortion, or foldover.

它的计算方法是将采样率除以二，超过这个数值将会导致折叠失真，或称折叠。

Our approach is based on a gradient domain technique that preserves important local perceptual cues while avoiding traditional problems such as aliasing, ghosting and haloing.

我们的方法是一种基于梯度方法的技术，保存了重要的局部视觉暗示并避免了传统的混，如鬼影和光晕的问题。

It is calculated as half of the value of the sampling rate.Passing this level causes aliasing distortion, or foldover.

它计算法是将采样率除以二，超过这个数值将会导致折叠失真，或称折叠。

Our approach is based on a gradient domain technique that preserves important local perceptual cues while avoiding traditional problems such as aliasing, ghosting and haloing.

我们法是一种基法技术，保存了重要局部视觉暗示并避免了传统混淆现象，如鬼影和光晕问题。

It is calculated as half of the value of the sampling rate.Passing this level causes aliasing distortion, or foldover.

它计算方法是率除以二，超过这个数值会导致折叠失真，或称折叠。

Our approach is based on a gradient domain technique that preserves important local perceptual cues while avoiding traditional problems such as aliasing, ghosting and haloing.

我们方法是一种基于梯度方法技术，保存了重要局部视觉暗示并避免了传统混淆现象，如鬼影和光晕。

It is calculated as half of the value of the sampling rate.Passing this level causes aliasing distortion, or foldover.

它的计算方法是将采样率除以二，超过这个数值将会导致折叠失真，或称折叠。

Our approach is based on a gradient domain technique that preserves important local perceptual cues while avoiding traditional problems such as aliasing, ghosting and haloing.

我们的方法是一种基于梯度方法的技术，保存了重要的局部视觉暗示并避免了传统的混淆现象，如鬼影和光晕的问题。