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SemiApps Home » End Markets » Medical » Medical Imaging » CT/MRI/PET Medical Imaging Jan 5, 2009
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CT/ MRI/ PET MEDICAL IMAGING: Overview
Diagnostic imaging systems are complex and image processing intensive, forcing manufacturers continuously to introduce more advanced features and improved performance. Semiconductors play a very important role in these developing diagnostic imaging systems. With increases in density, flexibility and high performance, today's programmable logic provides the system on a chip (SOC) capabilities to drive next generation imaging systems. Computed tomography (CT), magnetic resonance imaging (MRI), and nuclear or positron emission tomography (PET), are newer technologies.

CT/ MRI/ PET MEDICAL IMAGING: News

Fujitsu to Showcase End-to-End Medical Imaging Storage Solutions at RSNA 2004

Fujitsu Will Demonstrate Ultrasound DICOM Viewing Solutions and the Latest in Security and Archival Solutions for Medical Imaging Professionals  >>  

OmniVision Unveils 1.8 mm, Low Power Medical Sensor With Best-in-Class Low Light Performance

OmniVision introduced the OV6930, the latest addition to its portfolio of medical image sensors. The new low power OV6930 is a 400 by 400 pixel square graphics array, or SquareGA, CMOS image sensor...  >>  

[MORE NEWS ABOUT CT/MRI/PET MEDICAL IMAGING]
CT/ MRI/ PET MEDICAL IMAGING: Blogs

Medical applications look towards FPGA-based high-performance computing

By Mike Strickland, Altera Corp. Imagine if someone who’s ill could receive a DNA analysis followed by customized treatment, moments after providing a blood sample. Or, consider the advantages of 3-dimensional imaging and the new formats offered that have enabled more mobile versions of computer tomography (CT) backprojection equipment. These are just two examples demonstrating what the...  >>  

[MORE BLOGS ABOUT CT/MRI/PET MEDICAL IMAGING]
CT/ MRI/ PET MEDICAL IMAGING: Semiconductor Solutions

Computed Tomography Imaging (CT)

Remarkable advances are taking place in Medical imaging. There are a number of technologies that are used to capture images of the internal body. One of those technologies in the area of Nuclear... [from STMicroelectronics]  >>  

Diagnostic Imaging Solutions

Diagnostic imaging systems such as X-ray and ultrasound have been in use for decades. Other systems, which include computed tomography (CT), magnetic resonance imaging (MRI), and nuclear or... [from Altera]  >>  

Magnetic Resonance Imaging (Power management)

The ADS5500 can be designed into medical MRI equipment. The 14-bit resolution provides higher SNR which allows the designer to lower the magnetic field energy necessary for high-image quality.... [from Texas Instruments]  >>  

Magnetic Resonance Imaging (MRI)

MRI uses RF waves and a strong magnetic field rather than x-rays to provide remarkably clear and detailed 2-D and 3-D pictures of internal organs and tissues. Texas Instruments offers several... [from Texas Instruments]  >>  

Magnetic Resonance Imaging (MRI)

Magnetic Resonance Imaging helps examine anatomical activity within patients while providing superior soft tissue contrast. ST provides a very wide portfolio of products from discretes to 32 bit... [from STMicroelectronics]  >>  

Positron Emissions Tomography Imaging (PE)

PET, which stands for positron emission tomography, helps examine metabolic activity within patients. ST provides a very wide portfolio of products from discretes to 32 bit digital processors and... [from STMicroelectronics]  >>  

[MORE SEMICONDUCTOR SOLUTIONS ABOUT CT/MRI/PET MEDICAL IMAGING]
CT/ MRI/ PET MEDICAL IMAGING: Application Resources

Increase Bandwidth in Medical & Industrial Applications With FPGA Co-Processors

A better alternative for high-bandwidth computations is to use a PLD as a co-processor that integrates the repetitive, speed-critical portions of an algorithm into the PLD. The purpose of this...  >>  

[MORE APPLICATION RESOURCES ABOUT CT/MRI/PET MEDICAL IMAGING]
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