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The two models were compared in terms of accuracy, predictability and calculation time.
The prediction error and the accuracy of predictability of postoperative refraction in pediatric cataract surgery are comparable between SRK II and Pediatric IOL Calculator.
The data were analysed to compare the mean prediction error and the accuracy of predictability of intraocular lens power calculation between SRK II and Pediatric IOL Calculator.
This study is designed to compare the mean prediction error and the accuracy of predictability of the intraocular lens power calculation in pediatric patients after cataract surgery with primary implantation of intraocular lens using SRK II versus Pediatric IOL Calculator for pediatric IOL calculation.
This study is intended to compare the prediction error and the accuracy of predictability of intraocular lens power calculation in pediatric patients at 3 month post cataract surgery with primary implantation of an intraocular lens using SRK II versus Pediatric IOL Calculator for pediatric intraocular lens calculation.
The obtained optimal solution was further verified by confirmatory experiment and results showed accuracy and predictability of proposed approach.
The accuracy and predictability of the proposed models have been evaluated through comparisons between modeled results and measured data.
Computer assisted surgery (CAS) and patient specific instrument (PSI) have been reported to increase accuracy and predictability of tumor resections.
The limitations, accuracy and predictability of treatment options available and the expectations of the patient can further compound this.
Because surgical guides are designed through preoperative analysis by computer-aided design software and fabricated using a 3-dimensional printer applying computer-aided manufacturing technology, they increase the accuracy and predictability of surgery.
These findings provide useful inputs for numerical models to include the effects of microstructural changes in the study of transport phenomena within the GDL and to increase the accuracy and predictability of cell performance.
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