Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Single-shot structured light scanning has been actively investigated as it can recover accurate geometrical shape even on a dynamic scene. Since many single-shot approaches focus on improving depth accuracy, recovering the intrinsic properties of the scene such as albedo and shading are also valuable. ,  propose a novel method that reconstructs not only the metric depth but also the intrinsic properties from a single structured light image.  extend the conventional color structured light model to embrace the Lambertian shading model. By using a color phase-shifting pattern,  parameterize the captured image with only two variables, albedo and depth. For an initial solution, a simple but porful method to decompose sinusoids from the input image is presented.  formulate a non-linear cost function and jointly optimize albedo and depth efficiently by calculating analytic Jacobian.  demonstrate that our algorithm reasonably works on various real-world objects which exhibit challenging surface reflectance and albedo.
['Hyowon Ha', 'Jaesik Park', 'In So Kweon']
I am writing a research paper on a idea Dense Depth and Albedo from a Single-Shot Structured Light
[{"from": "human", "value": "I am writing a research paper on a idea Dense Depth and Albedo from a Single-Shot Structured Light"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Single-shot structured light scanning has been actively investigated as it can recover accurate geometrical shape even on a dynamic scene. Since many single-shot approaches focus on improving depth accuracy, recovering the intrinsic properties of the scene such as albedo and shading are also valuable. ,  propose a novel method that reconstructs not only the metric depth but also the intrinsic properties from a single structured light image.  extend the conventional color structured light model to embrace the Lambertian shading model. By using a color phase-shifting pattern,  parameterize the captured image with only two variables, albedo and depth. For an initial solution, a simple but porful method to decompose sinusoids from the input image is presented.  formulate a non-linear cost function and jointly optimize albedo and depth efficiently by calculating analytic Jacobian.  demonstrate that our algorithm reasonably works on various real-world objects which exhibit challenging surface reflectance and albedo."}]