Radio Frequency Identification (RFID) can help to share information in real time, detect and trace multi-item simultaneously, with which the joint replenishment can be efficiently realized, and proper RFID adoptions can also improve the delivery efficiencies.
The encryption and decryption hardware of PMI+ is efficiently realized on FPGA by the above optimization and improvement.
Taking advantages of the simplicity of run operations, as well as the nature of run forest being compressive and well ordered, the set operations are efficiently realized.
The reversible end-to-end assembly and disassembly of gold nanorods (GNRs) were efficiently realized by utilizing the pH-responsive host-guest interaction.
Quantum information protocols like quantum teleportation, quantum cloning, and quantum cryptography, mainly devised for spin-1/2 systems (especially polarization-entangled photons) can also be efficiently realized in the continuous-variable (CV) regime.
Using kAQ as a preprocessing step, the subsequent encrypted-domain matching can be efficiently realized within the real-time constraint.
This projection is tracked by considering all matrix rearrangements of the signal tensor jointly, which can be efficiently realized via parallel processing.
The support of a sparse data format is efficiently realized in LibSVM making this method easily applicable to this type of data.
The circular convolution involves periodic signals, and it can be efficiently realized in the frequency domain via the discrete Fourier transform (DFT).
The overall CP-OFDM system can be efficiently realized by fast Fourier transform (FFT/IFFTs), and one important advantage is that the CP-OFDM can maintain a full orthogonality, which requires only a simple equalizer at the receiver.
The reason for this is the fact that the time evolution associated with the nonlocal spin operators, which contains a large number of Pauli operators, can nevertheless be efficiently realized (see the third step in Figure 2).
