Factors on which accuracy of measurements depends
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Specifying the measurement accuracy required for a convincing result is difficult, as it depends on numerous factors including the field-of-view of the lens, the resolution of the TV system (standard or high definition), and the composition of the scene (where virtual and real objects appear close together).
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Specifying the measurement accuracy required for a convincing result is difficult, as it depends on numerous factors including the field-of-view of the lens, the resolution of the TV system (standard or high definition), and the composition of the scene (where virtual and real objects appear close together).
1.4 More About Resolution than You Probably Care to Know
Resolution is all about measurement accuracy. We will need this mostly in Part III (Chapters 9 through 12Chapter 9Chapter 10Chapter 11Chapter 12) when we deal with imaging beyond the visible portion of the spectrum. There are really three kinds of resolutions:
1.
Spatial resolution, which deals with being able to distinguish two objects located close together in space as two distinct objects rather than one.
2.
Signal resolution, which deals with being able to distinguish two image amplitudes (brightness) as two distinct brightness rather than one.
3.
Spectral resolution, which deals with being able to distinguish two colors (hues), as two distinct colors rather than one.
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