interview with mr.mirhashemi
Mr. Arash Mirhashemi is a graduate in msc degree from Amir kabir University of technology in the current year. He chose his project about a year and a half ago and worked on it efficiently for 6 months.
Image processing is a known project. It’s said to be every algorithm that receives various kinds of data like ultrasound, ultraviolet & many others automatically, and according to its instructions does necessary processing for making data usable and helpful for different purposes.
۳D converting in MRI it’s momentous as in 2D MRI; medics have some limitations for guesstimating the events occurred in the tissue or activity of an organ in times that aren’t covered in images. However this is inappreciable.
From the 90s the effort for improving the algorithm of 3Dmaking images in MRI continued & many experts worked on it to rectify its defects. It has witnessed many changes that add up to now. Mr. Mirhashemi is one of them and he has added a considerable efficiency to this algorithm.
The first is that it can be used for diagnosis and another one is changing 2D images into a 3D structure. Converting 2D images into 3D images is needed when wanting to determine the distance of two points.
Another of the project’s advantages is the decrease of cost due to equipping other devices to the MRI. In some applications it is needed to add a device to the MRI machine (like 3D imaging). But it is capable to do the same thing with this algorithm which is cheaper.3Dconverting is used in other majors, but there is a problem. Using this algorithm, the resolution of the image will be reduced due to conversions and variations in the 2D images.
Mr.Mirhashemi has used C programming language to write this algorithm. The input of this algorithm is given by MATLAB software. And its output is a file with png format. But it is able to change it to other formats as well.
Image processing is a known project. It’s said to be every algorithm that receives various kinds of data like ultrasound, ultraviolet & many others automatically, and according to its instructions does necessary processing for making data usable and helpful for different purposes.
۳D converting in MRI it’s momentous as in 2D MRI; medics have some limitations for guesstimating the events occurred in the tissue or activity of an organ in times that aren’t covered in images. However this is inappreciable.
From the 90s the effort for improving the algorithm of 3Dmaking images in MRI continued & many experts worked on it to rectify its defects. It has witnessed many changes that add up to now. Mr. Mirhashemi is one of them and he has added a considerable efficiency to this algorithm.
The first is that it can be used for diagnosis and another one is changing 2D images into a 3D structure. Converting 2D images into 3D images is needed when wanting to determine the distance of two points.
Another of the project’s advantages is the decrease of cost due to equipping other devices to the MRI. In some applications it is needed to add a device to the MRI machine (like 3D imaging). But it is capable to do the same thing with this algorithm which is cheaper.3Dconverting is used in other majors, but there is a problem. Using this algorithm, the resolution of the image will be reduced due to conversions and variations in the 2D images.
Mr.Mirhashemi has used C programming language to write this algorithm. The input of this algorithm is given by MATLAB software. And its output is a file with png format. But it is able to change it to other formats as well.
