The linear algebraic equations that determine the dipole moments m j of the individual subunits (here j is an index that distinguishes individual subunits) are solved using the complex-arithmetic implementation of the gmres algorithm described by Frayssé et al. [14]; we terminate the algorithm and record the dipole moments m j once the normwise backward error drops below 10−6.
Finally, the bit-true arithmetic of the MAC hardware unit has been determined: using a 12-bit fixed-point data width the circuit complexity is greatly reduced versus a floating point arithmetic implementation while the reduction of audio reproduction quality is negligible.
This paper presents the application of distributed arithmetic in implementation of digital filter in FPGA structures.
The fixed-point number system is of widespread interest in the FPGA community because of the highly efficient arithmetic implementations possible when compared to what can be achieved with floating-point arithmetic.
In this letter, we develop a fixed-point arithmetic, low precision, implementation of an exponentially weighted moving average (EWMA) that is used in a neural network with plastic weights.
The implementation of arithmetic operations makes it possible to perform various computational tasks.
Recent works have demonstrated that Stochastic Computing (SC) can radically simplify the hardware implementation of arithmetic units and has the potential to bring the success of DCNNs to embedded systems.
In the second step, based on the range information, we map theFortrancode into a hardware design described in ASC format, which includes implementation of arithmetic operations and function evaluation.
Our experiments provide strong support for an implementation of arithmetic division in night-time starch degradation.
Finally, our experiments also indicate which components of the starch degradation apparatus may be important for the appropriate implementation of arithmetic division.
Robust computation of the appropriate starch degradation rate in response to perturbations of both the expected time to dawn and starch content is clearly consistent with the implementation of arithmetic division.
