Below figure shows reception function characteristics (Si(2)) of an eye: Green sensor 1.5- Blue sensor Ex...

 

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Below figure shows reception function characteristics (Si(2)) of an "eye": Green sensor 1.5- Blue sensor Ex 400 410 450 485 520 560 The light source characteristics (p(2)) are given as: Pk(2) Blue laser Green laser 420 485 1+ s(2) 550 400 Red sensor 600 * Notice that these are lasers producing p(2) in the form of impulse: 8(2-420), etc. The area under the impulse a-8(2-N) is equal to a. For the above system, answer the following: Red laser Plot the reproduced color profile: c'(^) > (nm) What is the (3x3) transfer matrix (A)? Note: elements of the matrix: Ai, k means response of sensor i to light source k. (nm) In order to reproduce the below light color, c(2) (probably white) for the above sensor and laser system, what would be the weights (scales) of the laser light sources? Ac(2) 600 (nm) Below figure shows reception function characteristics (Si(2)) of an "eye": Green sensor 1.5- Blue sensor Ex 400 410 450 485 520 560 The light source characteristics (p(2)) are given as: Pk(2) Blue laser Green laser 420 485 1+ s(2) 550 400 Red sensor 600 * Notice that these are lasers producing p(2) in the form of impulse: 8(2-420), etc. The area under the impulse a-8(2-N) is equal to a. For the above system, answer the following: Red laser Plot the reproduced color profile: c'(^) > (nm) What is the (3x3) transfer matrix (A)? Note: elements of the matrix: Ai, k means response of sensor i to light source k. (nm) In order to reproduce the below light color, c(2) (probably white) for the above sensor and laser system, what would be the weights (scales) of the laser light sources? Ac(2) 600 (nm)

Answer rating: 100% (QA)

To determine the transfer matrix A we need to find the response of each sensor to each laser light source From the given information we have the follo... View the full answer