These were considered the most important kinds of music for performance and hence enjoyed greatest success in the public estimation.

These principles are widely used intuitively in various kinds of proofs, demonstrations and investigations, in addition to being fundamental to experimental design.

These include the half toe loop ( ballet jump ), half loop, half flip, walley jump, split jump ( there are two kinds of split jump, Russian split, performed in a position that is similar to that of a straddle split and ladies split performed in the position of the more traditional split, facing the direction of your front leg ), waltz jump, inside Axel, and one-foot Axel.

These kinds of activities contribute to children ’ s development and to the welfare of their families ; they provide them with skills and experience, and help to prepare them to be productive members of society during their adult life.

These kinds of definitions are often applied by studies of language within a cognitive science framework and in neurolinguistics.

These technique allows specific mutations to be engineered into a protein, however, they are not flexible in the kinds of mutants generated.

" These are prepared by putting ices of various kinds and colors into a mold known as a Neapolitan ice box, which, when set and turned out, is cut into slices suitable for serving.

These kinds of adjustable phono equalizers are used by consumers wishing to play vintage record collections ( often the only available recordings of musicians of the time ) with the equalization used to make them.

These are not the only kinds of stable disk, however, and occupying a corner may often be a grave error if one allows ones opponent to create a wedge that results in him or her gathering more stable disks.

These, Slobin argues, are the kinds of cognitive process that are at the root of linguistic relativity.

These tapering sides are called tails, and they provide a visual means for determining which of the two kinds of skewness a distribution has:

These prohibited activities are exegetically derived – based on juxtaposition of corresponding Biblical passages – from the kinds of work that were necessary for the construction of the Tabernacle.

These grammatical systems play a role in the construal of meanings of different kinds.

These kinds of corruption are deeply embedded in the Thai society for many reasons.

These correspond to two kinds of knowledge, the illusion ( εἰκασία eikasia ) of our ordinarily, everyday experience, and belief ( πίστις pistis ) about discrete physical objects which cast their shadows.

These include all kinds of muscular strain in the speech organs, similarly as usage of any other muscles will experience strain if used for an extended period of time.

These different kinds of laryngeal function are described as different kinds of vocal registers.

These special provisions that aim at preventing certain kinds of actions from being executed, in essence, constitute the trusted computing base.

These kinds of systems are used if event handlers need low latency and the event handlers are short and simple.

These kinds of simple bulk transport do not use the Internet Protocol.

These amino acids are provided from natural sources such as the ingestion of various kinds of food, with-tyrosine being the most common of the three.

These two kinds of charge carriers are characteristic of the two kinds of doped semiconductor material.

These kinds of demands were unheard of for such a young party in a Westminster system.

These estimates provide an insight into reasonable directions of search for efficient algorithms.

These algorithms almost all rely on psychoacoustics to eliminate less audible or meaningful sounds, thereby reducing the space required to store or transmit them.

These algorithms need only a few multiplications and additions to calculate each vector.

These can be implemented as analog circuits ( for instance, using a Sallen Key filter topology, a type of active filter ), or as algorithms in digital signal processing systems.

These brute-force algorithms are computationally manageable for n = 8, but would be intractable for problems of n ≥ 20, as 20!

These algorithms model diffuse inter-reflection which is a very important part of global illumination ; however most of these ( excluding radiosity ) also model specular reflection, which makes them more accurate algorithms to solve the lighting equation and provide a more realistically illuminated scene.

These algorithms are numerical approximations to the rendering equation.

These macros are similar to the algorithms in pseudocode typically used in teaching computer science.

These same interpolation formulas nevertheless continue to be used as part of the software algorithms for solving differential equations.

These algorithms take as input a large set of " features " that are generated from the input data.

These algorithms are not practicable for hand written computation, but are available in any Computer algebra system ( see Berlekamp's algorithm for the case in which the coefficients belong to a finite field or the Berlekamp – Zassenhaus algorithm when working over the rational numbers ).

These algorithms compute an estimate of the likely distribution of annihilation events that led to the measured data, based on statistical principles.

These leaves need not be explicit in computer memory — a null child pointer can encode the fact that this child is a leaf — but it simplifies some algorithms for operating on red – black trees if the leaves really are explicit nodes.

These algorithms first convert the SMILES to an internal representation of the molecular structure and do not simply manipulate strings as is sometimes thought.

These techniques are superficially comparable to weather models that show hurricane storm tracks ; each of several algorithms independently models a complex system ( the weather, in this case ) somewhat differently from each of its sister weather algorithms, and the average of all the algorithms ' output is taken to be the most likely " storm track ".

These algorithms do not work if out-of-order execution is utilized on the platform that executes them.

These asymmetric key algorithms allow one key to be made public while retaining the private key in only one location.

These algorithms use data compression to achieve higher throughput.

These algorithms arrange all particles in a tree, a quadtree in the two-dimensional case and an octree in the three-dimensional case.

These two algorithms form the basis for many variations including LZW, LZSS, LZMA and others.

These applications typically employ complex algorithms and data structures and require high performance.

These algorithms usually come in the form of a flowchart, incorporating ' yes / no ' type decisions, making the algorithm easier to memorize.