Research Section
Current research:
1-first research (funded by the Center for Research at the Faculty of Medical Sciences)
Title of research: the use of wavelet in the division and purification images as ultrasound waves are to assist the diagnosis of the disease more accurately.
Researcher President and the Section which belongs: Dr. Samir Ali Bin Saad - medical technology
Researchers participants and sections to which they belong: Dr. Ali Bin Saleh Elmejrad-medical technology
Search term: 12 months
Research Summary (between 150-200 words)
Research problem: The images ultrasound waves are used to diagnose the disease Intabha jamming of a special type called "Sbkl" This confusion is happening confluence heterogeneous sound waves at one point of the future of the picture. This distortion affects the content of the picture dramatically, making it is not clear for which Dr. specialist makes the possibility of measuring the size, length and offer members inaccurate and therefore increases the degree of error in diagnosis.
The importance of research: so that we can assist consultant specializing in the analysis of images first research aimed at reducing the proportion of the existing distortion in the picture as well as the division of digital image objects to the homogeneous automatically wholly dependent on the information available within the picture. Since each object takes a certain orientation, which gives a competent alternative to the abstract vision of the division of objects in the picture. The proposed method identifies all points of the body which facilitates the process of calculating all kinds of measurements on the object and carefully. And it possible for this method to be the nucleus to help train students specializing in the analysis of X-ray images as ultrasound, which requires time and great effort.
Research objectives: the creation of the program through the computer for a finding of the image analysis to ease after jamming located there. By using the latest technical types used in the processing and analysis of digital images. This automated analysis will be available at several levels of accuracy, depending on demand specialist.
Research methodology: the division of digital image via wavelet method to several sections where every time we get to four different frequencies images one containing basic information without details. The second contains the details of horizontal and the third containing the details vertical and the last containing details shapes. Through the analysis of images is clear that most of the details jamming, who resides in these pictures. Using the method of purification is small picture of confusion in order to apportion the picture (in the first) to the objects using a homogeneous aggregation vague fuzzy clustering)), which used the expense distances definitely lacking. Finally division final preliminary result is Thais using statistical data of the image.
The second research (funded by the Arab Organization for Science and Technology)
Title: control the activity of the heart and respiratory system remotely through graphic radios used microwave
Researcher President: Dr.. Sawsan Al-Sadeq Lebanese University
Researchers participating:
Dr. Saad College of Medical Science-Technology Section-King Saud University
Dr. Mohammed Hajjar Lebanese University-Institute of Technology
Dr. Mohammad Khalil Islamic University-Lebanon
In this proposed research work requires study and develop graphic wireless microwave and used to monitor the activity of the heart and respiratory system remotely. Innovation and development of this type of sensors it uses highly technical strides in the medical field, especially in children and newborn patients with critical situations. This research is an important step for scientific research in Arab universities, as well as special to the Arab world. Control activity respiratory and heart sensing technique can be implemented by the telecommunications and technical Doppler radar. Using this technique we can at low cost and without surgery control, as well as chronic patients who are in the process of healing which will help in improving the health of their cases follow ongoing. The patient's vital signs are in the home or anywhere location and the patient is sent to the attending physician at the hospital or clinic. Several objectives expected from this research, first of which is: progress in several areas, the most important applications of high-tech sensors and telemedicine. Secondly formation research group Arab interact with the various jurisdictions in which to address the reference and electronics to Ansal wireless networks to produce medical device itself is a complete experience in research in the Arab world. The methodology of work of the foundation of success therefore divided the project into two parts first is the design and implementation of the probe using small waves and the second is the transfer of information using wireless networks. Wizard reference is a link between sections where receives wave Doppler homogenization of parliament, and processed for transmission via radio network. Many unexpected results of the most important research project. First manufacturing and testing of a hybrid model in the laboratory. Beyond design and can manufacture a marketable device using corporate or Arab world. This project seeks to better control the situation cardiac patients (and others) as well as chronic and can be used to safeguard some cases sick early.
The third research
• Said Darwish, Mohamed Ben Jaballah, Mohamed Tarek El-wakad, the title "design works and prosthetic devices as data each patient"
The fourth research
• Said Darwish, Mohamed Ben Jaballah, Mohamed Tarek El-wakad, Khalid good "use mechanical vital to assess the conditions prayer"
• Mohamed Ben Jaballah God, the benefit of the pilot, Mohammad Tariq El-wakad "Study Pimikaneka Championship especially valuable case of foot diabetes"
Saeed Darweesh, Mohamed Z. Bendjaballah, Mohamed-Tarek I. EL-Wakad, Ali M. Elsamhan "custom-made implants and prostheseis"
• Saeed Darweesh, Mohamed Z. Bendjaballah, Mohamed-Tarek I. EL-Wakad, Khaled Alsaleh "biomechanical evaluation of 'Salat' postures"
• Mohamed Z. Bendjaballah, Saleh. S. AL-Tayyar, Mohamed-Tarek I. EL-Wakad, "Foot biomechanics with special focus on the diabetic foot" Ongoing Research
• Saeed Darweesh, Mohamed Z. Bendjaballah, Mohamed-Tarek I. EL-Wakad, Ali M. Elsamhan "custom-made implants and prostheseis"
• Saeed Darweesh, Mohamed Z. Bendjaballah, Mohamed-Tarek I. EL-Wakad, Khaled Alsaleh "biomechanical evaluation of 'Salat' postures"
• Mohamed Z. Bendjaballah, Saleh. S. AL-Tayyar, Mohamed-Tarek I. EL-Wakad, "Foot biomechanics with special focus on the diabetic foot"