Sentence examples for algorithm originates from inspiring English sources

The uniqueness of this algorithm originates in the use of a dynamic threshold which varies across the image [17].

As we showed, since the algorithm originates from the classical Gram-Schmidt orthogonalization, also the numerical sensitivity of the algorithm is a big issue and needs to be addressed in the future.

Particle swarm optimization (PSO) is an artificial intelligent algorithm originated from social behavior such as birds flocking and fish schooling.

Indeed, that method is probably the single most widely used algorithm originated in the last six decades". In 1947, Dantzig devised the simplex method, an important tool for solving linear programming problems in diverse applications, such as allocating resources, scheduling production and workers, planning investment portfolios and formulating marketing and military strategies.

Basic ideas of the proposed LVD-EDE algorithm originate from two facts.

There is an algorithm originating from probably approximately correct (PAC) learning model [25].

Currently the often referred correlation type algorithms include the Vector Searching algorithm (VS) [12] adapted from the TERrain COntour Matching (TERCOM) algorithm originating from terrain-aided navigation [16], the improved ICP (i-ICP) algorithm [13] transformed from the Iterative Closest Point (ICP) algorithm initially for images registration [17], and so on.

Calzolari et al. devised an efficient search algorithm originated from information theory for optimization of drug combinations based on the sequential decoding algorithms [ 17].

A heuristic is an algorithm originated not from formal analysis, but from an expert knowledge of the task to be solved.

Note that the television bands are of utmost interest for spectrum sensing, i.e., many spectrum sensing algorithms originated in the context of the IEEE 802.22 standard [2], which is concerned with communication in vacant television bands.

The inertial-type algorithms originate from the heavy ball method (an implicit discretization) of the second-order dynamical systems in time [31, 32], the main feature of which is that the next iteration is defined by making use of the previous two iterates.