How can I improve my Google pixel camera quality?
Answers from top 20 papers
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| Papers (20) | Insight |
|---|---|
| Undeniably, the quality of many camera phones is currently dreadful, but they're rapidly improving. | |
| The method appears well suited for assessing camera quality and for comparing the performance of different hyperspectral imagers and could become the future standard for how to measure and quantify the image quality of push-broom hyperspectral cameras. | |
01 Dec 2010 | Experiment result shows significant improvements on subjective quality compared to traditional integer pixel synthesis method. |
23 Citations | Measurement of the MTF, NPS and DQE can reveal small changes in image quality with increasing pixel loss, with a distinctive pattern in the trend of the NPS. |
| This can greatly improve the image quality with very efficient implementation. | |
01 Dec 2015 | We improve the performance of a pixel enhancement algorithm for high-speed camera (HSC) imaging. |
| It is proved that the proposed method can effectively improve the image pixel quality. | |
| However, the pixel correlation change has a big effect on the image quality, so a novel image quality assessment based on the pixel correlation is proposed in this paper. | |
| Transition to digital pixel sensors can boost signal-to-noise ratios and enhance image quality, but can increase pixel area to dimensions that are impractical for the high-volume market of consumer electronic devices. | |
01 Nov 2007 | With a higher quality camera this accuracy can be increased further. |
30 Aug 2004 14 Citations | In order to further reduce the pixel size and to improve device sensitivity, we propose a new pixel structure. |
03 Aug 2012 12 Citations | We derive a new perceived video model that accounts for actual camera sensor and display pixel shapes in order to achieve optimal enhancement. |
| Given these two ways to improve image quality and given a set of process and imaging constraints an optimal pixel size exists. | |
05 Sep 2018 | Finally, we demonstrate how the high-quality output of our multi-camera setup can be used as an additional training source to improve the accuracy of existing single camera models. |
| The simulations showed that the performance of a resampling camera is comparable to that of a hardware corrected camera with 0.1 pixel residual keystone, and that the use of a more advanced resampling method than the commonly used linear interpolation, such as high-resolution cubic splines, is highly beneficial for the data quality of the resampled image. | |
| In optical applications it is important to have a high integration of the camera reducing the pitch of the pixel, while noise effects can be corrected in post-processing. | |
| Thus, the resulting image quality corresponds roughly to a megapixel conventional CCD camera. | |
| Image quality may also suffer from the ability of the person that operates the camera. | |
| This suggests that image quality should be evaluated part by part rather than pixel by pixel. | |
| The subjective and objective data show that photospace conditions have a much bigger impact on image quality of a camera phone than the pixel count of its imager. |