Research the method of images sections creation of maxillofacial area for computer system for operations planning

Authors

  • K. Merkulova State Higher Education Establishment “Mariupol State University”, 129, Budivelnukiv str., Mariupol, Ukraine

Keywords:

anatomo-topographical parameters, contour length, search of a curve, curve length, spiral computer tomography, DICOM format

Abstract

Abstract.  Purpose.    Creation  of  computer  system  of  the  images  analysis  of  maxillofacial  area  for  creation  of  section  and  determination  of  topographical  parameters  of  a maxillofacial  area  bones,  will  allow  the  doctor  correctly  and  to  quickly  plan  operation, and also to reduce probability of the  wrong carrying  out operation and, respectively,  risk of  emergence accompanyi ng  surgical complications. A bone tissue – structure uneven therefore it is necessary to develop a method which could define correctly a  form of a curve for finding of length and height of a bone and expect its length that it will be the basis for creation of co mputer system. Results.  In  work  the  method  of  images  sections  creation  of  maxillofacial  area  is  created  and  described,  and  also  the  algorithm on the basis of the created method put in a basis of computer system functioning is developed. Researches of this  method,  which showed its ability to exact creation of longitudinal and cross sections and definition on the basis of the constructed sections of  such parameters as width and height of a bone tissue are conducted. Approbation of computer system on the basis of the create d method with real pictures in the conditions of regional hospital is carried out that allowed to receive the accuracy of determination of  the sizes of sections (in 52 sets of pictures) equal 98%.  Scientific novelty. The method of creation of maxillofacial area on the basis  of which the computer system of the analysis for determination of parameters is created that allowed to receive high precision of determination of section sizes is developed and approved.  Practical importance.  Use of computer system  will allow to simplify  work of medical experts in planning of operations of carrying out an osteosynthes,  and also to reduce risk of the wrong carrying out  operation.

Author Biography

K. Merkulova, State Higher Education Establishment “Mariupol State University”, 129, Budivelnukiv str., Mariupol

Ph. D., associate professor

References

Adamov V.G., Merkulova E.V. and Kondratov L.I. Sozdanie algoritmov postroeniia trekhmernoy vokselnoy modeli na osnovanii rezultatov SKT [Creation of algorithm of construction of a three-dimensional voxel model based on the results of SCT]. Sbornik nauchnykh trudov SWorld [Collection of scientific papers SWorld]. Ivanovo, 2015, iss.1, vol.2, pp.72-79. (in Russian).

Barkova A.V. and Danilenko T.V. Sozdanie SKS diagnostiki anatomo-topograficheskikh parametrov ChLO po dannym SKT na etape planirovaniya dentalnoy implantatsii [Creation of SKS of diagnostics of the SLP anatomo-topographical parameters, according to SKT, at a stage of planning of dental implantation]. Tezisi ІІ Vseukrainskoi naukovo-tekhnіchnoy konferentsіi studentіv, aspіrantіv ta molodykh vchenykh [Thesis of II Ukrainian scientific-technical conference of students and young scientists]. Donetsk, 2011, vol. 2, pp. 196-199. (in Russian)

Vydileniye i opisanyie konturov Wikipediya. Svobodnaya entsiklopendiya [Allocation and description of contours]. Avaliable at: http://wiki.technicalvision.ru/index.php/Выделение_и_описание_контуров. – Title from the screen. Date of Access: 01 October 2016. (in Russian).

Gonsales R. and Vuds R. Tsifrovaya obrabotka izobrazheniy [Digital processing of images]. Moscow, 2012, p. 1104. (in Russian).

Emelin V.I. Standart elektronnogo obmena meditsinskimi izobrazhheniyami DICOM [Standard of electronic exchange of medical images of DICOM]. Kompyuternie tehnologii v medicine [Сomputer technologies in medicine]. Moscow. 1996, iss.3. Avaliable at: http_//www.ctmed.ru/DICOM_HL7/dicom/dicom_st.html. – Title from the screen. Date of Access: 01 October 2016. (in Russian).

Kalinovskiy D.K. and Matros-Taranets I.N. Sovremennye podkhody v diagnostike, lechenii i reabilitatsii travm chelyustnolitsevoi oblasti s ispolzovaniem kompyuternykh tekhnologiy i telemeditsiny [Modern approaches in diagnostics, treatment and rehabilitation of injuries of maxillofacial area with use of computer technologies and a telemedicine]. Meditsina [Medical], Donetsk, 2009, iss.1, vol. 7, pp. 712-729. (in Russian).

Merkulova E.V. and Kondratov L.I. Sozdanie i issledonaniye algoritma opredeleniya anatomo-topographicheskikh parametrov kosti na osnovanii rezultatov SKT [Creation and a research of an algorithm of anatomo-topographical parameters determination of a bone on the basis of SKT results] . Problemy informatsionntkh tekhnologiy [The Problem of information technologies]. Kherson, 2014, iss. 15, pp. 145 -149. (in Russian).

Merkulova E.V., Altukhov S.S. and Plakhova E.E. Vybor metodov i algoritmov postroeniya trekhmernoy kompyuternoy modeli problemnogo uchastka chelyustno-litsevoy oblasti. [Choice of methods and algorithms of computer building a threedimensional model of problem areas on chelyustno-lytsevoy area]. Vestnik Khersonskogo gosudarstvennogo tekhnicheskogo universiteta [Herald of Kherson state technical university], Kherson, 2013, iss. 1, vol. 46, pp. 132-138. (in Russian).

Merkulova E.V. and Danilenko T.V. Rozrobka spetsіalіzovanoi kompiuternoi systemy viznachennia anatomotopohrafіchnykh parametrіv shchelepno-litsovoi dіlianky po danym SKT na etapі planuvannia dentalnoi іmplantatsіii [Development of specialized computer system for determining anatomical and topographic parameters maxillofacial area in this SKT at the planning stage of dental implantation]. Naukovі pratsі Donetskogo derzhavnogo technіchnogo unіversitetu, Seriia «Obchisliuvalna technіka ta avtomatizatsіia» [Proceedings of Donetsk State Technical University Series "Computers and Automation"]. Donetsk, 2012, iss. 23, vol. 201, pp.112-118. (in Ukrainian).

Obzor trekhmernoi grafiki. Svobodnaya biblioteka WPF. [Review of three-dimensional graphics. Free library WPF]. Avaliable at: http://msdn.microsoft.com/ru ru/library/ms747437.aspx. – Title from the screen. Date of Access: 01 October 2016. (in Russian).

Operator Kenni. Vikipediya. Svobodnaya entsiklopediya. [Wikipediya. Free Encyclopediya]. Avaliable at: https://ru.wikipedia.org/wiki/Оператор_Кэнни. – Title from the screen. Date of Access: 01 October 2016. (in Russian)

Rogatskin D.V. Radiodiagnostika chelyustno-litsevoy oblasti. Osnovy vizualizatsii. [Radiodiagnosis of maxillofacial area. Visualization bases]. Lvov, 2010, 148 p. (in Russian).

Cosman P. C. Evaluating Quality of Compressed Medical Images . Proceedings of the IEEE “SNR, Subjective Rating, and Diagnostic Accuracy”. 2004. iss. 82 vol. 6. pp. 919 – 932.

Published

2016-09-27

Issue

Section

Computer systems and information technologies in education, science and management