Aug 22, 2017 · By maximising the number of unrecoverable ghosted pixels, we minimise the information that can be reconstructed from N projected views. We show ...

By maximising the number of unrecoverable ghosted pixels, this work minimises the information that can be reconstructed from N projected views, ...

By maximising the number of unrecoverable ghosted pixels, we minimise the information that can be reconstructed from N projected views. We show that at least 60 ...

Here we construct maximal N-ghosts that cover a large area of their bounding array. By maximising the number of unrecoverable ghosted pixels, we minimise the ...

An N-ghost with a shape that fits snuggly inside the boundary of an array defines precisely all of the array locations that cannot be exactly reconstructed from ...

We describe efficient methods to construct order minimal ghost images on prime-sized 2D arrays. Ghost images or switching components are important in discrete ...

An N-ghost with a shape that fits snuggly inside the boundary of an array defines precisely all of the array locations that cannot be exactly reconstructed from ...

The solution utilizes a binary search algorithm to narrow down the possible maximum value that can be achieved in the array after performing the operations.

Here we construct maximal N-ghosts that cover a large area of their bounding array. By maximising the number of unrecoverable ghosted pixels, we minimise the ...

This work examines the properties of ghost images that are constructed through a process of iterated convolution and shows that columnoriented iterations ...