Age-progression technology and its application to law enforcement

Horace Heafner

doi:10.1117/12.233071

19 February 1996 Age-progression technology and its application to law enforcement

Horace Heafner

Proceedings Volume 2645, 24th AIPR Workshop on Tools and Techniques for Modeling and Simulation; (1996) https://doi.org/10.1117/12.233071
Event: 24th AIPR Workshop on Tools and Techniques for Modeling and Simulation, 1995, Washington, DC, United States

Abstract

The application of recent computer technology of the National Center for Missing and Exploited Children (NCMEC) has provided the means to age progress faces of long term missing children. In the thousands of cases of missing children that have disappeared for two or more years, there is a particular priority to identify and recover these children. It is apparent that long term solutions to this problem lie in the realm of technology. One of the areas is the computerized aging of children's faces. Forensic artists working with this new technology help this goal become a reality. When imaging a child's face, the forensic artist must consider using photographs of the biological family at an age consistent with the age of the missing child. With these pictures, a reasonable likeness can be produced using computer technology. This image can aid law enforcement, child find and social service agencies and the public in their search for the missing child. Unique features of the system provide for the stretching, merging, pixelation and refining of a completed progression. A knowledge of the steps of facial growth and anatomy is necessary to achieve an accurate image. Future developments in age progression and facial reconstruction may be in the realm of morphing technology. Application of this technology is being tested to provide a more accurate image for investigative use.

Citation Download Citation

Horace Heafner "Age-progression technology and its application to law enforcement", Proc. SPIE 2645, 24th AIPR Workshop on Tools and Techniques for Modeling and Simulation, (19 February 1996); https://doi.org/10.1117/12.233071

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