Abstract O-39

Abstract OO Big O

OO Big O Joan Krone Denison University Department of Math and CS Granville, Ohio 43023 740-587-6484 [email protected] W. F. Ogden The Ohio State University Neal Avenue Columbus, Ohio 43210 614-292-6007 [email protected] SUMMARY When traditional Big O analysis is rigorously applied to object oriented software, several deficiencies quickly manifest themselves. Because the traditional defin...

O-39: Ultrasound Deformable Model for Virtual Surgery Simulation of Oocyte Retrieval in Infertility Programs

Background The use of a medical simulator should enhance the goals of minimally invasive surgery: patient safety, cosmesis, shortening the length of hospital admissions, and reducing cost. Using an innovative approach to the handling of ultrasound images in virtual reality simulation, this article describes a process that employs a hybrid model of deformable models that can be applied in the te...

O-39: Evaluation the Expression of Bax,Bcl-2, p53 & Survivin After Treatment ofCryptorchidism in Mouse

Background: Experimental cryptorchidism is a common model for examining the expression and function of heat-induced spermatogenesis related genes in testis. In this study the expression of genes & proteins thatinvolved in programmed cell death after treatment of cryptorchidism was examined. Materials and Methods: To induce bilateral cryptorchid model immature mice were anesthetized and a small ...

ar X iv : 0 71 0 . 39 01 v 1 [ cs . D M ] 2 1 O ct 2 00 7 Simple , Linear - time Modular Decomposition ∗ ( extended abstract )

Modular decomposition is fundamental for many important problems in algorithmic graph theory including transitive orientation, the recognition of several classes of graphs, and certain combinatorial optimization problems. Accordingly, there has been a drive towards a practical, linear-time algorithm for the problem. Despite considerable effort, such an algorithm has remained elusive. The linear...

abstract