This thesis describes contrast sensitivity measurements that were made in healthy control subjects, in patients who have undergone a cataract operation, and in patients who have been treated with refractive surgery. The study is innovative in that the measurements were performed not only under wellfocused (corrected for refractive errors) conditions, but also with different amounts of defocus. As a result it was possible to discuss depth of focus and, using a theoretical eye model, calculate the spherical and irregular aberrations that are present in the human eye. Such an approach made it practicable to show the differences between healthy control subjects and patients after a cataract extraction. There were also clear differences between ...
Purpose: To determine the role of spherical and irregular aberrations in the optics of the natural e...
Purpose. To psychophysically measure spherical and irregular aberrations in patients with various ty...
The defocus curve (DC) has become the gold standard method for assessing the visual performance at d...
This thesis describes contrast sensitivity measurements that were made in healthy control subjects, ...
In the present article, authors evaluate the influence of spherical defocus on contrast sensitivity ...
We used diffraction modulation transfer functions and model eyes to predict the effect of defocus on...
Defocus lowers the contrast sensitivity function (CSF), producing a complex function with local dips...
Defocus lowers the contrast sensitivity function (CSF), producing a complex function with local dips...
Contrast sensitivity measured psychophysically at different levels of defocus can be used to evaluat...
This study investigated the effect of lens induced defocus on the contrast sensitivity function in m...
Changes in the contrast sensitivity function (CSF) often have been used to demonstrate the effects o...
Purpose: Human peripheral detection performance is affected by optical factors such as defocus and h...
To investigate the effect of defocus on contrast sensitivity as a function of age in healthy subject...
Purpose: To determine the role of spherical and irregular aberrations in the optics of the natural e...
Purpose. To psychophysically measure spherical and irregular aberrations in patients with various ty...
The defocus curve (DC) has become the gold standard method for assessing the visual performance at d...
This thesis describes contrast sensitivity measurements that were made in healthy control subjects, ...
In the present article, authors evaluate the influence of spherical defocus on contrast sensitivity ...
We used diffraction modulation transfer functions and model eyes to predict the effect of defocus on...
Defocus lowers the contrast sensitivity function (CSF), producing a complex function with local dips...
Defocus lowers the contrast sensitivity function (CSF), producing a complex function with local dips...
Contrast sensitivity measured psychophysically at different levels of defocus can be used to evaluat...
This study investigated the effect of lens induced defocus on the contrast sensitivity function in m...
Changes in the contrast sensitivity function (CSF) often have been used to demonstrate the effects o...
Purpose: Human peripheral detection performance is affected by optical factors such as defocus and h...
To investigate the effect of defocus on contrast sensitivity as a function of age in healthy subject...
Purpose: To determine the role of spherical and irregular aberrations in the optics of the natural e...
Purpose. To psychophysically measure spherical and irregular aberrations in patients with various ty...
The defocus curve (DC) has become the gold standard method for assessing the visual performance at d...