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Programs and Projects
TRECVid Surveillance Event Detection Evaluation Track

The Surveillance Event Detection (SED) evaluation track is part of the TRECVid Evaluation and is intended to help promote technology development … more

Computational Science in Biometrology

Computational Science in Biological Metrology (CS in Bio Metrology) project is about Computational Science and Biology Delivering Measurements … more

Interactive Intelligent Systems

The main focus of the Interactive Intelligent Systems project is to perform research using the best technologies that push the envelope of both … more

National Initiative Cybersecurity Education (NICE)

For more information please visit the National Initiative Cybersecurity Education (NICE) website at: http://www.nist.gov/nice/ … more

Video Surveillance Technologies for Retail Security

NIST has brought together major stakeholders from the retail and security industries, computer vision technologists/developers, the research … more

3D Shape Research

The main focuses of Shape Analysis Research Project (SARP) are to investigate 3D shape-based retrieval and to apply shape analysis to address a … more

>> see all Data Mining programs and projects ...
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Photomicrograph of ciliate T. pyriformis during cell division with accumulated quantum dots appearing red.

First Test Labs for Next-Generation Internet Protocol (IPv6) Are Accredited

Closeup photomicrograph of rotifer B. calyciflorus (whole organism seen in upper left corner) with quantum dots assimilated from ingested ciliates appearing red.

Closeup photomicrograph of rotifer B. calyciflorus (whole organism seen in upper left corner) with quantum dots assimilated from ingested ciliates appearing red.

Silver nanoswitch: when the voltage between a gold conductor (top) and silver conductor (bottom) exceeds a critical point, silver ions rapidly assemble like a lightning strike to bridge the gap through a organic molecule monolayer.

Silver nanoswitch: when the voltage between a gold conductor (top) and silver conductor (bottom) exceeds a critical point, silver ions rapidly assemble like a lightning strike to bridge the gap through a organic molecule monolayer.

In-depth look: An image of gold atoms on tin from a state-of-the-art scanning electron microscope (left) has relatively poor depth of field - only parts of the image are in sharp focus. By contrast, the entire image from a helium ion microscope image (rig

In-depth look: An image of gold atoms on tin from a state-of-the-art scanning electron microscope (left) has relatively poor depth of field - only parts of the image are in sharp focus. By contrast, the entire image from a helium ion microscope image (rig

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