Closed-form expressions for the false-alarm and detection probabilities attained by the
optimum and the linear detectors of a positive signal in n independent samples of noise …

The discrete-time detection of a time-varying, additive signal in independent Laplace noise
is considered. Previous efforts in this area have been restricted to the constant signal, and …

The discrete time detection of a known constant signal in white stationary Laplace noise is
considered. Exact expressions describing the performance of both the Neyman-Pearson …

The false-alarm and detection probabilities of a receiver summing M independent outputs of
a linear detector are calculated by numerical saddlepoint integration. The saddlepoint …

The authors consider the robust detection of a known constant signal in additive, mutually
independent and identically distributed noise which is nominally Laplace. Employing the …

An adaptive detection technique suitable for both stationary and nonstationary noise
environments based upon a generalized likelihood ratio test (GLRT) formulation is …

The optimal procedure for detecting the presence of discrete-time signals in additive noise
can be derived from the likelihood ratio test. When the noise has statistically independent …

A general problem of signal detection in a background of unknown Gaussian noise is
addressed, using the techniques of statistical hypothesis testing. Signal presence is sought …

Both the method of saddlepoint integration and its associated saddlepoint approximation are
applied to calculating the probability of detecting correlated Rayleigh-fading signals in …

It is shown how to compute the detection probability of certain signals by numerical
integration of the Laplace inversion integral involving the characteristic function or the …