Bundle Block Adjustment of Airborne Three-Line Array Imagery Based on Rotation Angles

摘要: In the midst of rapid developments in electronic instruments and remote sensing technologies, airborne three-line array sensors their applications are being widely promoted plentiful research related to data processing high precision geo-referencing technologies is under way. The exterior orientation parameters (EOPs), which measured by integrated positioning system (POS) sensors, however, have inevitable systematic errors, so level direct not sufficiently accurate for surveying mapping applications. Consequently, a few ground control points necessary refine parameters, this paper will discuss bundle block adjustment models based on error compensation image, considering principle an image sensor characteristics POS. Unlike available literature, mainly use quaternion represent rotation matrix orientation, three angles directly used order effectively model eliminate errors POS observations. Very good experimental results been achieved with several real datasets that verify correctness effectiveness proposed models.