1. A method for enhancing the performance of an eye position measurement system, said method comprising: based on a measurement of past eye positions, calculating a prediction of a future eye position; using said calculated prediction of a future eye position for reducing a latency effect of said eye position measurement system; using said prediction of a future eye position in connection with a system for ophthalmic surgery and/or diagnosis for compensating for an eye movement, wherein said calculating a prediction of a future eye position includes a prediction interval corresponding to a processing time of said eye position measurement system to determine the position of the eye and a compensation time of an ophthalmic device performing surgery and/or diagnosis.