Akulov V A
J Gravit Physiol. 2004 Jul;11(2):P107-8.
An "imitation" task of evaluating the adequacy of model gravitation (SRC) and natural one with consideration of the distribution of liquid environment in human lower extremities (interval evaluation) has been formulated and solved. A reversed "imitation" task of calculating the SRC rotation frequency with consideration of a patient's individual height on the basis of zero difference on the criterion suggested. The methods developed were realized in a doctor's interface that provides a mode of a calculation experiment. Probation on real information showed great possibilities of using the interface as a technical means for a doctor to solve tasks of cosmic medicine, traumathology and orthopedics.
已经制定并解决了一项“模拟”任务，即评估模型引力（SRC）的充分性以及考虑人体下肢液体环境分布的自然引力（区间评估）。还制定并解决了一项反向“模拟”任务，即根据所建议标准的零差异，考虑患者个体身高来计算SRC旋转频率。所开发的方法在医生界面中得以实现，该界面提供了计算实验模式。对真实信息的试用表明，该界面作为医生解决宇宙医学、创伤学和矫形外科学任务的技术手段具有很大潜力。
