4Deep Desktop Microscope Kullanıcı Kılavuzu - Sayfa 7

Mikroskop 4Deep Desktop Microscope için çevrimiçi göz atın veya pdf Kullanıcı Kılavuzu indirin. 4Deep Desktop Microscope 9 sayfaları.

The basic principle of digital in-line holographic imaging

The reconstructed images can be further analyzed, saved, or assembled into the volume re-

constructions based on the application.

7 Software

The holograms acquired by the Desktop microscope camera need to be properly processed in

order to reconstruct the image.

4Deep provides 2 standard software packages, Swordﬁsh, Octopus, and Stingray, which incor-

porate our patented fast hologram reconstruction algorithm as well as additional functionality.

Swordﬁsh is a particle counting software capable of detecting, counting and measuring parti-

cles in real time with the speed of up to 15 frames per second.

Octopus is a general purpose research-grade software package that can reconstruct holograms

acquired by the microscope camera at the rate of up to 15 frames per second. Octopus provides

advanced 3D visualization and particle detection capabilities.

Stingray is an automated particle recognition and morphology classiﬁcation software platform.

It develops a user deﬁned database from which it learns the type of objects to be detected.

Please refer to the Swordﬁsh, Stingray and Octopus brochures and manuals available at www.4-

deep.com for the additional details on software installation and use.

Custom software solutions can be developed by 4Deep based on customer speciﬁcations. Con-

tact us for details.

Image resolution is dependent on the SOD (Source to Object Distance). As this distance

decreases, the resolution and the magniﬁcation increase. Maximum resolution is obtained

by placing the sample/object as close as possible to the Point Source (PS). However, keep in

mind that as the SOD distance decreases, the ﬁeld of view becomes smaller.