Optics Communications

All paper pictures

BER_QPSK.xlsx: data recorded corresponding to Fig. 3, Fig. 4 and Fig. 6. Frequency offset tracking: data recorded corresponding to Fig. 7. Q&R trcking : data recorded corresponding to Fig. 8 and Fig. 9.

we provide the original data of the exprimenal results. This data contains the three dimensional coordinatesthe of the point cloud images

Part of research data

It contains all the origin diagrams in the article.（Output power for the four structures（5outp) and Internal quantum efficiency(5iqe);Energy band diagrams of: (a) structure A; (b) structure B; (c) structure C at 180 mA,(elc) Electron current density and (hcd) Hole current density at 180 mA;(elec) Electron concentration and (holec) hole concentration; (rd) Radiative recombination rates and (sp) spontaneous emission rates)

1.The amplified picture of our three APDs at the same time; 2.The whole experiment environment; 3.We monitor the real-time data on FPGAs,including tranmitted and received data; 4.The spectrum picture of received optical signal.

The data utilized in the paper "Three-dimensional polarization ray tracing in electro-optic crystals" should be open by Matlab. The files named as "dnA0", "dnA1", and "dnA2" are the data for Figure 4. The files named as "dnB0", "dnB1", and "dnB2" are the data for Figure 5. The files named as "Intensity0", "Intensity1", and "Intensity2" are the data for Figure 6.

1.Simulation data.rar contains two parts corresponding to the simulation data based on BPSK modulation and QPSK modulation respectively. 2.Simulation results (Fig. 3-Fig.6) in the paper is based on the data in the upload file. 3.Simulations are carried out by Matlab software and Optisystem software .

It includes all the calculation methods of the performance expression.

Visualization 1: Experimental demonstration of image cross-correlator tracking scan, and 3D topography reconstruction under tracking. Visualization 2: A 3D color imaging Visualization 3: Adynamic 3D imaging