P1858 - Standard for Camera Phone Image Quality (CPIQ)

Project Details

This standard addresses the fundamental attributes that contribute to video and still image quality, as well as identifying existing metrics and other useful information relating to these attributes. It defines a standardized suite of objective and subjective test methods for measuring camera phone image quality attributes, and it specifies tools and test methods to facilitate standards-based communication and comparison among carriers, handset manufacturers, and component vendors regarding camera phone image quality.

Standards Committee	BOG/CAG - Corporate Advisory Group
PAR Approval	2016-12-07
PARs	Approved PAR

Additional Resources Details

Historical Base Standard

1858-2016

Working Group Details

Working Group	CPIQ - Camera Phone Image Quality
Standards Committee	BOG/CAG - Corporate Advisory Group
Society	IEEE SA Board of Governors
IEEE Program Manager	Patricia Roder
Existing Standards	Active IEEE 1858-2016 - IEEE Standard for Camera Phone Image Quality Quantifying the performance of camera-equipped mobile devices is covered in this standard, with an emphasis on metrics and procedures appropriate to the types of sensors, lenses, and signal processing routines present on such devices. It is not intended as a general image quality standard for photographs produced by high-end dedicated cameras, e.g., DSLRs. Metrics include spatial frequency response, color uniformity, chroma level, lateral chromatic displacement, local geometric distortion, texture blur, and visual noise.
	Active IEEE 1858-2016/Cor 1-2017 - IEEE Approved Standard for Camera Phone Image Quality (CPIQ) - Corrigendum 1 This corrigendum makes technical corrections to errors identified in the base standard during the 2 publication process.(This amendment was incorporated into IEEE Std 1858-2016 and was not published separately)
	Active IEEE White Paper - IEEE Industry Connections (IEEE-IC) Landmarks and Measurement Standards Comparison in 3D Body-model Processing This white paper reviews the current standards landscape for three-dimensional body scanning, body landmarking, and measuring. International standards are compared and recommendations are made for a minimal set of landmarks and measurements (L&M) needed for several industrial use cases of 3D Body Processing such as fit and size estimation, retail, clothing manufacturing, CAD tool developers, and body model storage and service.