Abstract
Tests were conducted to demonstrate the computational adjustment of strips of aerial photographs by independent models where the models are only approximately oriented in a stereoscopic instrument. The system is sparing of operator time, operator skill, and photogrammetric equipment, taking advantage of recent reductions in the cost of computer time. Most of the errors introduced in the approximate orientation are eliminated through the computation. Preliminary results show an improvement in results over the purely instrumental method. The breaks between models are smaller than those in which the model is finalized with the instrument. Residual bending of the strip conformed well to a parabolic adjustment.
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