Fankhauser F, Funkhouser A, Kwasniewska S
Ophthalmic Surg. 1986 Jun;17(6):338-42 contd.
Some clinical application possibilities of a spatially adaptive program (SAPRO) are presented and analyzed. Due to the ability of the program to adapt operationally to the visual field situation that is encountered, useful clinical findings can be obtained, even in patients with complicated visual field disturbances. The spatially adaptive detection mechanism, as well as a simplified bracketing strategy, make it possible to keep the cost/benefit ratio down. Short- and long-term fluctuations, especially when these are large, may compromise the validity of the examination results or place them in doubt. Their effects can be diminished using data reduction methods (averaging). In cases where averaging cannot be applied, one can nevertheless achieve useful results by the appropriate selection of the perimetric visual fields (or portions thereof) that are measured.
介绍并分析了空间自适应程序（SAPRO）的一些临床应用可能性。由于该程序能够在操作上适应所遇到的视野情况，即使是患有复杂视野障碍的患者也能获得有用的临床发现。空间自适应检测机制以及简化的括值策略使得降低成本效益比成为可能。短期和长期波动，尤其是当波动较大时，可能会损害检查结果的有效性或使其受到质疑。使用数据缩减方法（平均法）可以减少它们的影响。在无法应用平均法的情况下，通过适当选择所测量的视野计视野（或其部分），仍然可以获得有用的结果。
