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Software toolkit til medicinsk imaging

Texas Instruments lancerer imaging software toolkit med nye image processing algoritmer til medico OEM'er, der arbejder med C64x+ DSPs (in english).

Texas Instruments (TI) has announced the availability of its version 2.0 medical imaging software toolkit (STK), an updated and expanded collection of imaging algorithms optimized for TI’s TMS320C64x+TM digital signal processors (DSPs).

Complementing TI’s full portfolio of analog and embedded processing solutions for medical imaging, the updated toolkit offers new image processing kernels that shorten product development time and enable real-time medical imaging applications such as diagnostic ultrasound and Optical Coherence Tomography (OCT).

Leveraging the sophisticated processing capabilities of TI’s C64x+ architecture for efficient performance and power consumption, upgraded features in the STK 2.0 enable B-mode ultrasound processing, 3D rendering and real-time processing for OCT.

For example, TI’s new 3D affine warp algorithm can be used for image transformations such as rotation, scaling or shifting, to enable portable real-time OBGYN visualizations as well as cost effective solutions to accurately guide needles and catheters.

Since its clinical use in ophthalmology, a large number of OCT applications have emerged in cardiology, oncology, surgery and many other specialties. The DSP algorithms for OCT enable embedded processing solutions that are programmable, lower power and smaller form factor than current computing implementations.  

The STK 2.0 is available now from TI and is free. To obtain access to the STK 2.0 visit www.ti.com/mistk-pr-dsp-tools-eu to fill out a contact form for approval. If approved, customers will receive instructions for downloading the free STK 2.0 including documentation and test bench programs.

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