Denaro T J, Herriman J M, Shapira O
Neuromedical Systems, Inc., Suffern, New York 10901-4114, USA.
Acta Cytol. 1997 Jan-Feb;41(1):65-73. doi: 10.1159/000332307.
To extensively test the functional integrity of the PAPNET Testing System, a computer-assisted cervical smear rescreening device, to ensure performance and reliability.
Various system and subsystem testing methodologies were used to verify that the PAPNET Scanning Station performed according to specifications. Using synthetic and biologic slides, proper operation of the system in its intended use environment was verified. An automated system test was employed to demonstrate the ability of the system to detect cytologic abnormality. Several tests were performed throughout the production process and normal operation to ensure subsystem operations.
The testing methodologies were shown to provide accurate measurements of scanning performance.
Methodical testing and implementation of technologic enhancements ensure system performance and reliability. When used with microscopy, PAPNET testing provides the means to improve the accuracy of cervical cytology.
广泛测试计算机辅助宫颈涂片复查设备PAPNET检测系统的功能完整性，以确保其性能和可靠性。
采用各种系统和子系统测试方法来验证PAPNET扫描站是否按规格运行。使用合成和生物玻片，在预期使用环境中验证了系统的正确操作。采用自动化系统测试来证明系统检测细胞学异常的能力。在整个生产过程和正常运行期间进行了多项测试，以确保子系统正常运行。
测试方法显示能够准确测量扫描性能。
系统的测试方法和技术改进确保了系统的性能和可靠性。当与显微镜检查一起使用时，PAPNET检测为提高宫颈细胞学检查的准确性提供了手段。
