Esmer, G. BoraUzunov, V.Onural, LeventGotchev, A.Özaktaş, Haldun M.2016-02-082016-02-0820072161-2021http://hdl.handle.net/11693/27011Date of Conference: 7-9 May 2007Conference Name: 3DTV Conference, IEEE 2007Diffraction field computation is an important task in the signal conversion stage of the holographic 3DTV. We consider an abstract setting, where the diffraction field of the desired 3D scene to be displayed is given by discrete samples distributed over 3D space. Based on these samples, a model of the diffraction field should be built to allow the field computation at any desired point. In our previous works, we have proved our concepts for the simplistic 2D case. In this paper, we generalize the earlier proposed techniques, namely the projection onto convex sets and conjugate gradient based techniques and test them for their computational efficiency and memory requirements for a specific 3D case.EnglishConjugate gradientPlane wave decompositionProjection onto convex setsRayleigh - Sommerfeld diffractionScalar optical diffractionComputational efficiencyConjugate gradient methodDiffractionDigital televisionElastic wavesSet theoryThree dimensionalTelevision broadcastingConference Paper10.1109/3DTV.2007.4379447