1. An image transmission method for use with a local obtaining means and a remote obtaining means, said method comprising: local obtaining data of at least one local subject; processing said data of said at least one local subject to: fit at least one local model of at least one region of said at least one local subject; and extract parameters of said at least one local model to capture features of said at least one region of said at least one local subject; remote obtaining data of at least one remote subject; processing said data of said at least one remote subject to: fit at least one remote model of at least one region of said at least one remote subject; and extract parameters of said at least one remote model to capture features of said at least one region of said at least one remote subject; local transmitting said extracted parameters of said at least one local region to at least one remote processor; remote reconstructing at least one local image based on said extracted parameters of said at least one local region and said extracted parameters of said at least one remote region; wherein said at least one reconstructed local image is a view of the same local region, rotated appropriately for the viewing angles of said at least one said remote subject; wherein said viewing angles comprise horizontal viewing angles, θ, and vertical viewing angles, φ; wherein said horizontal viewing angles, θ, and vertical viewing angles, φ, can be calculated from the overall displacement of said at least one region of said at least one remote subject along horizontal axes, x, and vertical axes, y, and the estimated distance from the remote obtaining means, d, using the following formula: θ = arc ⁢ ⁢ sin ⁢ x d ϕ = arc ⁢ ⁢ sin ⁢ y d ; ⁢ and remote displaying said at least one reconstructed image of said at least one region of said at least one local subject.