Non-invasive diagnosis is one of the medical disciplines that is daily rising in importance. In many methods in this field, the way of utilizing ultrasound, X-rays, magnetic resonance and exit of positrons depend on the use of objective and direct information, which indicates the powerful equipment used by physicians. In various fields of medical research, biology and applications stipulating imaging in the near range, remote sensing is considered a necessary method for data acquisition. Photogrammetry is the basis of technology and principles of the ways whose implementation requires spatial image information.
Dowlatabadi (Translator),A. (1996). Photgrammetry and Remote Sensing in Biostereometry and Medical Photography. Scientific- Research Quarterly of Geographical Data (SEPEHR), 5(18), 38-40.
MLA
Dowlatabadi (Translator),A. . "Photgrammetry and Remote Sensing in Biostereometry and Medical Photography", Scientific- Research Quarterly of Geographical Data (SEPEHR), 5, 18, 1996, 38-40.
HARVARD
Dowlatabadi (Translator) A. (1996). 'Photgrammetry and Remote Sensing in Biostereometry and Medical Photography', Scientific- Research Quarterly of Geographical Data (SEPEHR), 5(18), pp. 38-40.
CHICAGO
A. Dowlatabadi (Translator), "Photgrammetry and Remote Sensing in Biostereometry and Medical Photography," Scientific- Research Quarterly of Geographical Data (SEPEHR), 5 18 (1996): 38-40,
VANCOUVER
Dowlatabadi (Translator) A. Photgrammetry and Remote Sensing in Biostereometry and Medical Photography. SEPEHR, 1996; 5(18): 38-40.
