Psych221 Camera Design: Difference between revisions

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Relevant scripts: s_sensorSimulation.m
Relevant scripts: s_sensorSimulation.m


= Test Images =
= Test Scenes and Images =


The test images include the Macbeth (Gretag) Color Checker, a Slanted Bar target, a uniform field, and a high dynamic range multispectral image.
The test images should include  
 
* Macbeth (Gretag) Color Checker
* Slanted Bar target
* Uniform field
* A high dynamic range multispectral image.
 
Each of the scenes can be generated using the ISET function [http://white.stanford.edu/manuals/ISET/ISET/scene/sceneCreate.html sceneCreate].
 
You can download a [http://white.stanford.edu/~brian/msi.zip set of multispectral images]


Relevant scripts:
Relevant scripts:

Revision as of 21:56, 30 January 2011

Imagine that you work for a cell phone company and you have been assigned the task of selecting the components for a camera that will be built into the phone. Because you work for a large vendor, you have parts suppliers calling you every day encouraging you to purchase their devices. Typically, these suppliers offer one component and it is your job to assemble a large variety of components into a working system.

In this project you will be asked to develop a method to make these purchasing decisions. Specifically, you will have to decide on which lens, anti-aliasing and IR filter, sensor, and color filter array you would like to use for your system.

Background

List of Components

Optics

Pixel and Sensors

Color filters

Relevant scripts: s_sensorSimulation.m

Test Scenes and Images

The test images should include

  • Macbeth (Gretag) Color Checker
  • Slanted Bar target
  • Uniform field
  • A high dynamic range multispectral image.

Each of the scenes can be generated using the ISET function sceneCreate.

You can download a set of multispectral images

Relevant scripts:

Evaluation Methods

The way you decide to evaluate the assembled components is crucial. We will ask you to explain your choice. In choosing the methodology, you must include assessments of

  • Color accuracy
  • Signal-to-noise
  • Dynamic range
  • Spatial resolution (blur)

Relevant scripts:

Helpful and Friendly Advise

Joyce Farrell (mailto:joyce_farrell@stanford.edu)