Integrating Xilinx FPGA and intelligent techniques for improved precision in 3D brain tumor segmentation in medical imaging.
Wafa GtifaAnis SaklyPublished in: J. Real Time Image Process. (2023)
Keyphrases
- medical imaging
- magnetic resonance images
- brain tumor segmentation
- medical images
- x ray
- high speed
- hardware implementation
- field programmable gate array
- image analysis
- medical image processing
- anatomical structures
- image registration
- image segmentation
- fpga implementation
- ct images
- magnetic resonance imaging
- medical image analysis
- computed tomography
- imaging modalities
- image processing and analysis
- image processing
- hardware architecture
- computer aided diagnosis
- image guided surgery
- clinical practice
- computer vision
- fpga device
- shape analysis
- biomedical engineering
- dedicated hardware
- pipelined architecture
- image guided
- biomedical imaging
- remote sensing
- surface registration
- volumetric data
- brain mr images
- medical image segmentation
- medical education
- computer vision and image processing
- hardware design
- computing systems
- pattern recognition
- hardware description language
- brain structures