Are there strategies to minimize depth buffer precision problems with logarithmic depth buffers, such as the ones resulting from perspective projection matrices, or depth buffers in general?

For example, graphics APIs usually give an option to change the depth range, which might influence precision. It's possible to linearize non-linear depth buffers, for whatever reason. There's the option of floating point depth buffers, and non-floating point depth buffers. It's possible that changing the information in projection matrices has a result on the resulting range & precision of the depth buffer.

How do all of these things interact with the resulting range & precision, or with each other, and how do I get the maximum out of my depth buffer? Are there general good practices one should adopt, regardless of project specifics?

Are there strategies to minimize depth buffer precision problems with hyperbolic depth buffers, such as the ones resulting from perspective projection matrices, or depth buffers in general?

For example, graphics APIs usually give an option to change the depth range, which might influence precision. It's possible to linearize non-linear depth buffers, for whatever reason. There's the option of floating point depth buffers, and non-floating point depth buffers. It's possible that changing the information in projection matrices has a result on the resulting range & precision of the depth buffer.

How do all of these things interact with the resulting range & precision, or with each other, and how do I get the maximum out of my depth buffer? Are there general good practices one should adopt, regardless of project specifics?