This design principle allows to start off with a baseline model of completely random behavior, then testing of effects of any single behavioral mechanism, and later on combining these mechanisms by attaching weights to each of them.
The title "Strange Attractors" comes from chaos theory and its probing of how apparently random behavior can occur in a world governed by deterministic laws.
My background as a mathematician is in probabilistic combinatorics, the magical blend of probability and combinatorics, which deals with how to count things that have random behavior.
The title "Strange Attractors" comes from chaos theory, a branch of math and mechanics that tries to explain how apparently random behavior can occur in a system governed by deterministic laws.
It is a view of matter compatible with the notion expressed by a scientist in the movie that the molecules of the universe, though part of a machine, may also engage in some loosey-goosey random behavior.
He and others have begun to develop so-called agent-based models of the economy, asking in effect how the seemingly random behavior of individual ants can give rise to anthills with all their pulsing purpose, form and intelligence.
This certainly is neither necessary nor sufficient to distinguish chaos from sheer random behavior.
The random behavior of the components of the model can be seen in the graphs.
Unlike single carrier communication systems, the samples of our RF signals have aperiodic random behavior.
The LMA has a random behavior in the determination of network weights and biases.
The block size (KB) is 4 KB for random behavior and 32 KB for sequential behavior.
