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THE WOLFRAM SOLUTION FOR IMAGE PROCESSING It was my job to investigate new ways of removing the jagged edges from the satellite images. I started with old Fortran code, but I then used Wolfram technology to rewrite that code in 20:1 fewer lines of code. That kind of rapid prototyping was a valuable timesaver. —Bob Gore Engineer, Lockheed Martin

ORGANIZATIONS USING WOLFRAM TECHNOLOGYmedia.wolfram.com/brochures/ImageProcessing.pdf · 2016. 8. 11. · – Fritz Lebowsky Senior Principal Engineer, STMicroelectronics Drag and

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Page 1: ORGANIZATIONS USING WOLFRAM TECHNOLOGYmedia.wolfram.com/brochures/ImageProcessing.pdf · 2016. 8. 11. · – Fritz Lebowsky Senior Principal Engineer, STMicroelectronics Drag and

THE WOLFRAM SOLUTION FOR

© Wolfram Research, Inc. MKT1073 SOL-693 01.16vt

Contact us and let us work with you to fi nd the right solution for your computational needs.

www.wolfram.com/contact-us1-800-WOLFRAM (965-3726)+1-217-398-0700 (outside US & Canada)

www.wolfram.co.uk/contact-us+44-(0)1993-883400

QUESTIONS?

www.wolfram.com

WOLFRAM RESEARCH, INC. WOLFRAM RESEARCH EUROPE LTD.

IMAGE PROCESSING

It was my job to investigate new ways of removing the jagged edges from the satellite images. I started with old Fortran code, but I then used Wolfram technology to rewrite that code in 20:1 fewer lines of code. That kind of rapid prototyping was a valuable timesaver.

”— Bob Gore

Engineer, Lockheed Martin

www.wolfram.com/image-processing

• Canon

• Canadian Space Agency

• Fujifi lm

• ION Technology

• Lockheed Martin

• MIT Lincoln Laboratory

• NASA

ORGANIZATIONS USING WOLFRAM TECHNOLOGYMany of the world’s top companies and organizations rely on Wolfram products to maintain their competitive edge, including 100% of the Fortune 50 companies. Here are just a few:

GET THE WOLFRAM EDGE

Visit our image processing page for a free trial and explore how Wolfram

technologies can further advance your work.

Page 2: ORGANIZATIONS USING WOLFRAM TECHNOLOGYmedia.wolfram.com/brochures/ImageProcessing.pdf · 2016. 8. 11. · – Fritz Lebowsky Senior Principal Engineer, STMicroelectronics Drag and

FOR MORE INFORMATION

www.wolfram.com/image-processing

“Wolfram technology allows easy integration

and evaluation of diff erent kinds of

imaging algorithms.”

“The success of our 3D-display technology was

due to using Wolfram technology from the

beginning. The combination of symbolic

and numeric evaluations with the ability

to produce image processing has allowed

us to obtain fast, high-quality results and

correctly inform the direction of

subsequent development.”

– Richard Scott CDx Laboratories

– Ingo Relke, Manager of the 3D projection systemX3D Technologies GmbH

“Wolfram technology makes it possible, for

the fi rst time, to implement a complex

mathematical procedure described in the

literature on the same day. The interactive

possibilities make understanding intuitive

and easy.”

“It is my number one tool to move forward and

propose new ideas that will help us to develop

algorithms that are more adapted to our

customers’ needs.”

– Bart M. ter Haar RomenyProfessor, Department of Biomedical EngineeringEindhoven University of Technology

– Fritz LebowskySenior Principal Engineer, STMicroelectronics

Drag and drop images into lines of code or equations; apply sophisticated

image processing algorithms; and analyze, visualize, and generate interactive

applications—all in one system, with one integrated workfl ow.

The Wolfram image processing solution seamlessly integrates specialized

capabilities—like state-of-the-art 2D and 3D image processing functions, easy

import of data, and an interactive interface—with the speed and performance

benefi ts of GPU computation, parallel processing, out-of-core technology, and

instant deployment on the web and through APIs.

■ Process and analyze biometric input such as fi ngerprints, iris patterns, face and ear images, and retinal scans

■ Slice through 3D data and explore the inside of a volume

■ Process satellite images for environmental applications to determine size of water bodies, existence and location of vegetation and other land covers, and more

■ Apply classifi ers to images or image features using built-in machine learning capabilities

■ Convert imagery into reliable artifact-free data for a GIS or geodatabase

■ Identify the development of fatigue cracks in engineering materials and structures

■ Process and analyze medical images

■ Perform metallographic analysis, semiconductor inspection, test and measurement, and other industrial imaging tasks

■ Instantly deploy image processing applications on the web and through APIs

■ Comprehensive support for 2D and 3D image processing and analysis including segmentation, registration, and advanced morphological operations

■ Variety of classical as well as state-of-the-art segmentation techniques including region growing, active contours, and grow-cut for foreground/background separation and other segmentation tasks

■ Standard linear and nonlinear image processing fi lters for smoothing, sharpening, removing noise, and more

■ Collage generation from a list of weighted or normal images

■ Variety of image analysis capabilities including face detection and text and barcode recognition

■ Advanced color processing capabilities including support for device-independent color spaces such as Lab and LCh

■ Out-of-core technology for scaling up performance to very large 2D- and 3D-volumetric images

■ Import and export hundreds of formats, including scientifi c and medical data fi les such as DICOM, FITS, and HDF

■ Full support for images with arbitrary numbers of channels and arbitrary color depths

■ Support for GPU computation with CUDA or OpenCL

■ Capture and process images from imaging devices in real time

■ Tight integration of the image processing framework with the core Wolfram system and more than 20 built-in application areas, such as wavelet analysis and statistics

KEY CAPABILITIES

THE WOLFRAM EDGE

Classifying images using built-in machine learning capabilities.

Detecting, recognizing, and visualizing image features.

Segmenting 2D and 3D images.

Page 3: ORGANIZATIONS USING WOLFRAM TECHNOLOGYmedia.wolfram.com/brochures/ImageProcessing.pdf · 2016. 8. 11. · – Fritz Lebowsky Senior Principal Engineer, STMicroelectronics Drag and

FOR MORE INFORMATION

www.wolfram.com/image-processing

“Wolfram technology allows easy integration

and evaluation of diff erent kinds of

imaging algorithms.”

“The success of our 3D-display technology was

due to using Wolfram technology from the

beginning. The combination of symbolic

and numeric evaluations with the ability

to produce image processing has allowed

us to obtain fast, high-quality results and

correctly inform the direction of

subsequent development.”

– Richard Scott CDx Laboratories

– Ingo Relke, Manager of the 3D projection systemX3D Technologies GmbH

“Wolfram technology makes it possible, for

the fi rst time, to implement a complex

mathematical procedure described in the

literature on the same day. The interactive

possibilities make understanding intuitive

and easy.”

“It is my number one tool to move forward and

propose new ideas that will help us to develop

algorithms that are more adapted to our

customers’ needs.”

– Bart M. ter Haar RomenyProfessor, Department of Biomedical EngineeringEindhoven University of Technology

– Fritz LebowskySenior Principal Engineer, STMicroelectronics

Drag and drop images into lines of code or equations; apply sophisticated

image processing algorithms; and analyze, visualize, and generate interactive

applications—all in one system, with one integrated workfl ow.

The Wolfram image processing solution seamlessly integrates specialized

capabilities—like state-of-the-art 2D and 3D image processing functions, easy

import of data, and an interactive interface—with the speed and performance

benefi ts of GPU computation, parallel processing, out-of-core technology, and

instant deployment on the web and through APIs.

■ Process and analyze biometric input such as fi ngerprints, iris patterns, face and ear images, and retinal scans

■ Slice through 3D data and explore the inside of a volume

■ Process satellite images for environmental applications to determine size of water bodies, existence and location of vegetation and other land covers, and more

■ Apply classifi ers to images or image features using built-in machine learning capabilities

■ Convert imagery into reliable artifact-free data for a GIS or geodatabase

■ Identify the development of fatigue cracks in engineering materials and structures

■ Process and analyze medical images

■ Perform metallographic analysis, semiconductor inspection, test and measurement, and other industrial imaging tasks

■ Instantly deploy image processing applications on the web and through APIs

■ Comprehensive support for 2D and 3D image processing and analysis including segmentation, registration, and advanced morphological operations

■ Variety of classical as well as state-of-the-art segmentation techniques including region growing, active contours, and grow-cut for foreground/background separation and other segmentation tasks

■ Standard linear and nonlinear image processing fi lters for smoothing, sharpening, removing noise, and more

■ Collage generation from a list of weighted or normal images

■ Variety of image analysis capabilities including face detection and text and barcode recognition

■ Advanced color processing capabilities including support for device-independent color spaces such as Lab and LCh

■ Out-of-core technology for scaling up performance to very large 2D- and 3D-volumetric images

■ Import and export hundreds of formats, including scientifi c and medical data fi les such as DICOM, FITS, and HDF

■ Full support for images with arbitrary numbers of channels and arbitrary color depths

■ Support for GPU computation with CUDA or OpenCL

■ Capture and process images from imaging devices in real time

■ Tight integration of the image processing framework with the core Wolfram system and more than 20 built-in application areas, such as wavelet analysis and statistics

KEY CAPABILITIES

THE WOLFRAM EDGE

Classifying images using built-in machine learning capabilities.

Detecting, recognizing, and visualizing image features.

Segmenting 2D and 3D images.

Page 4: ORGANIZATIONS USING WOLFRAM TECHNOLOGYmedia.wolfram.com/brochures/ImageProcessing.pdf · 2016. 8. 11. · – Fritz Lebowsky Senior Principal Engineer, STMicroelectronics Drag and

THE WOLFRAM SOLUTION FOR

© Wolfram Research, Inc. MKT1073 SOL-693 01.16vt

Contact us and let us work with you to fi nd the right solution for your computational needs.

www.wolfram.com/contact-us1-800-WOLFRAM (965-3726)+1-217-398-0700 (outside US & Canada)

www.wolfram.co.uk/contact-us+44-(0)1993-883400

QUESTIONS?

www.wolfram.com

WOLFRAM RESEARCH, INC. WOLFRAM RESEARCH EUROPE LTD.

IMAGE PROCESSING

It was my job to investigate new ways of removing the jagged edges from the satellite images. I started with old Fortran code, but I then used Wolfram technology to rewrite that code in 20:1 fewer lines of code. That kind of rapid prototyping was a valuable timesaver.

”— Bob Gore

Engineer, Lockheed Martin

www.wolfram.com/image-processing

• Canon

• Canadian Space Agency

• Fujifi lm

• ION Technology

• Lockheed Martin

• MIT Lincoln Laboratory

• NASA

ORGANIZATIONS USING WOLFRAM TECHNOLOGYMany of the world’s top companies and organizations rely on Wolfram products to maintain their competitive edge, including 100% of the Fortune 50 companies. Here are just a few:

GET THE WOLFRAM EDGE

Visit our image processing page for a free trial and explore how Wolfram

technologies can further advance your work.