photography was inspired by the work of Charles Wyckoff, and thus computational photography datasets (e.g. differently exposed pictures of the same subject matter that are taken in order to make a single composite image) are sometimes referred to as Wyckoff Sets, in his honor. Early work in this area (joint estimation of image projection and exposure value) was undertaken by Mann and Candoccia. Charles Wyckoff devoted much of his life to creating special kinds of 3-layer photographic films that captured different exposures of the same subject matter. A picture of a nuclear explosion, taken on Wyckoff's film, appeared on the cover of Life Magazine and showed the dynamic range from dark outer areas to inner core. See also Adaptive optics Multispectral imaging Simultaneous localization and mapping Super-resolution microscopy Time-of-flight camera References External links Nayar, Shree K. (2007). "Computational Cameras", Conference on Machine Vision Applications. Computational Photography (Raskar, R., Tumblin, J.,), A.K. Peters. In press. Special issue on Computational Photography, IEEE Computer, August 2006. Camera Culture and Computational Journalism: Capturing and Sharing Visual Experiences , IEEE CG&A Special Issue, Feb 2011. Rick Szeliski (2010), Computer Vision: Algorithms and Applications, Springer. Computational Photography: Methods and Applications (Ed. Rastislav Lukac), CRC Press, 2010. Intelligent Image Processing (John Wiley and Sons book information). Comparametric Equations. GJB-1: Increasing the dynamic range of a digital camera by using the Wyckoff principle Examples of wearable computational photography as an art form Siggraph Course in Computational Photography Digital photography Computational fields of study Computer vision