Kramers–Kronig holographic imaging for high-space-bandwidth product

Quantitative Space-bandwidth product comparison of different digital holographic setups

High space bandwidth product computer-generated holograms using volume holography

We suggest a method for coding high resolution computer—generated volume holograms. It involves splitting the computer—generated hologram into multiple holograms, each individually recorded as a volume hologram utilizing the maximal resolution available from the spatial light modulator. Our method enables their simultaneous subsequent reconstruction. We demonstrate the recording and the reconst...

Space-bandwidth conditions for efficient phase-shifting digital holographic microscopy.

Microscopy by holographic means is attractive because it permits true three-dimensional (3D) visualization and 3D display of the objects. We investigate the necessary condition on the object size and spatial bandwidth for complete 3D microscopic imaging with phase-shifting digital holography with various common arrangements. The cases for which a Fresnel holographic arrangement is sufficient an...

Information, resolution, and space-bandwidth product.

The information capacities of two-dimensional optical low-pass channels are discussed. Coherent and incoherent systems operating under finite optical power and area constraints are characterized in terms of two criteria:spacebandwidth product (SBP; the number of pixels required for achieving maximum information capacity) and resolution (G(min); the smallest spot size capable of supporting posit...

Benchmarking High Bandwidth-Delay Product Protocols

TCP is the de facto transport protocol of the Internet, but its shortcomings in the large bandwidth and large latency networks is well documented. We create a set of benchmarks for protocols designed for the large bandwidth-delay product networks. By using the benchmarks to evaluate the leading protocols in network environments that vary in their bandwidth and latency, we found that each protoc...