From the input data of a predetermined number of times corresponding to the reference data made as a recognition winner, their center of gravity is calculated and optimization of the reference data is performed.
The system includes a reference database including at least one reference datum.
The method comprises an additional step of reconstructing the extended reference data item we.
The present invention also provides a system and method that can at least partially compensate certain temperature induced effects when transforming the optical sensor or the reference data.
The system has one or more light sensors for acquiring feedback optical sensor data and a user interface for providing reference data representative of a desired mixed light.
A predetermined ophthalmic reference datum is also identified.
Initially, the theodolite telescope is aligned with the datum.
Each image visualizes both the reference datum and the focal point (20).
The measurements are compared to a reference datum, and a deviation from the datum is computed.
The features can be registered with respect to either the shape of the laminated cover or some other reference datum.
Random keys are determined from at least one separate random reference date and a random number.
Additionally, a contact device (24) is employed for using the eye to establish a reference datum.
The datum may be a line such as an ideal flight path of an aircraft having a light which functions as a reference point.
This reference datum constitutes a timing reference for the datum of the second multimedia flow with which it is associated.
According to the invention, a reference datum representative of a datum of the first multimedia flow is provided in the second multimedia flow and associated with a datum of this second multimedia flow to synchronize the two flows.