Sentence examples for compositional operation from inspiring English sources

To make the fuzzy compositional operation, the weight of each single factor must be normalized as follows: overline{{W_{i} }} = frac{{C_{i} }}{{S_{i} }} times frac{1}{{sumlimits_{i = 1}^{n} {frac{{C_{i} }}{{S_{i} }}} }}, (3)where (overline{{W_{i} }}) represents the normalized weight of the evaluated index i.

The property of system structural complexity can be illustrated in Fig. 3, where (uplus ) denotes a system composition as formally defined in system algebra in "Compositional operations of formal systems".

Owing to the depth research on the remarkable properties of magic squares, a new recursive method for constructing high order magic squares will be firstly presented, based on the matrix operations, we refer to as the Kronecker compositional operations.

At present, composers above all need a compiling language comprised of musical or quasi-musical statements and a comprehensive library of basic compositional operations written as closed subroutines in effect, a user's system analogous to computer languages (such as Fortran) used by mathematicians.

The compositional operators (bullet _mathrm{c}) of system algebra encompass a pair of synthetic and analytic operations forcreating complex systems based on existing ones, and vice versa, i.e.: begin{aligned} bullet _mathrm{c} buildrel wedge over = {uplus,pitchfork }. end{aligned} (22 The mathematical models of compositional operators of system algebra are summarized in Table 4.

Produced painstakingly through the chance operations of the I Ching, Cage laboured hard to find a way to erase his control as much as possible in the compositional process: what could be less egotistic, less about the whole composer-as-hero idea, than not determining a single sound in a piece you supposedly "write"?

Compositional Performance Verification of NoC Designs.

"Improvisation was in the compositional process," Mr. Borio said.

This is its own compositional process.

A microscopic description of these processes, the framework of which is presented here, directly links the device electrical and material characteristics, thus enabling improving device performance through optimization of the material compositional profile and operation conditions.

During the nanosecond operation, an obvious compositional distribution resulting from atomic migration was observed in the Ti0.5Sb2Te3 phase-change nanobridge.