We used the architecture to compute for the first time a discrete logarithm of the elliptic curve sect113r1, a previously standardized binary curve, using 10 Kintex-7 FPGAs. To achieve this result, we investiga
The improved estimates of RR are actually derived from the expectation value of the logarithm of RR under the posterior probability distributions for each true RR.If you select subset variables for the run, MGPS computations are performed for each subset. If you select stratification variables for ...
To measure the error performance, a total of 105 samples of input P are generated in the range from 10−6 to 106 using the logarithm step to cover the entire range with the minimum samples. The error is measured for the Nth root computation with N=5. Table 11 compares the RMSE and ...
Conjointly Caco-2 permeability value presumes the logarithm of permeability coefficient 0.909 in Caco -2 monolayer of the cells (log Papp in 10−6 cm/s). DPDS compound is not a p-glycoprotein I/II inhibitors and act as substrates which functions as a biological barrier by extruding toxins...
with b2 = −3 2(2h1,2 +1) in this equation. (3.10) –9– 3.1 The heavy-light Virasoro vacuum block at order 1/c At order 1/c , there are two functions f01 and f10: logV ⊃ hL c (f10 + hLf01) which means that we need to use both the h1,2 null-state equation (3.10...
is the Bayesian quantity of interest where g, f, and TT are smooth functions of 6. First, consider any integral of the form / = / q{e) exp {-nh{e)) dO, where /i is a smooth function with —h having its unique maximum at 6. ...
which results in a balanced number of positive and negative exponent values. Since the encoded value represents a logarithm based2, negative exponents correspond to values with magnitudes less than one (<1.0) and positive exponents correspond to values with magnitudes of greater than one (>1.0). ...
Embodiments of the present invention may provide the capability to evaluate logarithm and power (exponentiation) functions using either hardware specific instructions, or a hardware specific implementation with reduced memory requirements. An input comprising a floating point representation of a real number ...
Because of the concept of the overloading of functions and the operator concept of PASCAL-XSC, programs become clear and readable.doi:10.1016/S0076-5392(08)62851-9Walter KrämerMathematics in ence and EngineeringKr¨amer, W.: Multiple-precision computations with result verification. In: Adams,...
Furthermore, the techniques of computing square-root, exponential, logarithm, sine, and cosine functions with a TDM rate multiplier at a much higher speed than with the existing techniques using DRM, have also been discussed in the present context. Finally, a new method of hardware implementation...