1. Sensor wavefront 172 soderzhaschiyistochnik light configured to illuminate the eye of the subject, the detector 122, the image sensor 162, configured to output the image of the subjects eyes, the first beam deflection element 112 configured to intercept the wavefront of the beam returned from the subjects eye when the eye subject illuminated light source and configured to direct a portion of the wavefront from the eye of the subject through the aperture to the detector and a controller coupled to the light source, the image sensor and elements of the deviation of the beam configured to process the image to determine the lateral movement of the subject eye and the control element beam deflection to deflect and project through the aperture of the annular wavefront segment, and further configured to pulse modulate light with frequency start to sample the selected portion of the annular circle on the detector, process the image of the subject eye, h Oba calculate the transverse movement of the eye of the subject and target beam deflection element at an angle to compensate for DC offset transverse motion subekta.2 eye. Wavefront sensor according to Claim. 1, wherein the controller is further configured to increase the ripple frequency to increase the sampling density okruzhnosti.3 annular portion. Wavefront sensor according to Claim. 1, wherein the controller is further configured to phase shift the start time to shift the location of the corner pieces of sampled detektorom.4. Wavefront sensor according to Claim. 1, wherein the controller is configured to1. Датчик волнового фронта, содержащийисточник 172 света, сконфигурированный для подсветки глаза субъектадетектор 122датчик 162 изображения, сконфигурированный для вывода изображения глаза субъектапервый элемент 112 отклонения пучка, сконфигурированный для перехвата пучка волнового фронта, возвращенного от глаза субъекта, когда глаз субъекта подсвечивается источником света, и сконфигурированный для направления части в
