DEFAULTSORT IntrinsicFunction Category Compiler construction Prog lang stub de Intrinsische Funktion ...About compiler intrinsic functions X toolkit Intrinsics Refimprove date December 2009 In compiler theory , an intrinsicfunction is a function available for use in a given computer language language whose implementation is handled specially by the compiler. Typically, it substitutes a sequence of automatically generated instructions for the original function call, similar to an inline function . Unlike an inline function though, the compiler has an intimate knowledge of the intrinsicfunction and can therefore better integrate it and optimize it for the situation. This is also called builtin function in many languages. Compilers that implement intrinsic functions generally enable them only when the user has requested compiler optimizations optimization , falling back to a default implementation provided by the language runtime environment otherwise. Intrinsic functions are often used to explicitly implement Vectorization parallel computing vectorization and parallel processing parallelization in languages which do not address such constructs. Altivec and OpenMP are examples of API s which use intrinsic functions to declare, respectively, vectorizable and multiprocessor aware operations during compilation. The compiler parses the intrinsic functions and converts them into vector math or multiprocessing object code appropriate for the target platform. Microsoft and Intel s C C compilers as well as GNU Compiler Collection GCC implement intrinsics that map directly to the x86 SIMD instructions MMX instruction set MMX , Streaming SIMD Extensions SSE , SSE2 , SSE3 , SSSE3 , SSE4 . In the latest version of the Microsoft Visual Studio Microsft Visual Studio VS2010 , the Visual C 2B 2B Visual C compiler does not support inline assembler for X86 64 ref cite web url http msdn.microsoft.com en us library wbk4z78b.aspx?ppud 4 title Intrinsics and Inline Assembly publisher Microsoft ... more details
Noref date October 2009 In quantum mechanics , the intrinsic Parity physics parity is a phase factor that arises as an eigenvalue of the parity operation a reflection about the origin . To see that the parity s eigenvalues are phase factors, we assume an eigenstate of the parity operation this is realized because the intrinsic parity is a property of a subatomic particle particle species and use the fact that two parity transformations leave the particle in the same state, thus the new wave function can differ by only a phase factor, i.e. math P 2 psi e i phi psi math thus math P psi pm e i phi 2 psi math , since these are the only eigenstates satisfying the above equation. The intrinsic parity s phase is conserved for non weak interactions the product of the intrinsic parities is the same before and after the reaction , since P,H 0, i.e. the Hamiltonian quantum mechanics Hamiltonian is invariant under a parity transformation . The intrinsic parity of a system is the product of the intrinsic parities of the particles, for instance for noninteracting particles we have math P 1 rangle 2 rangle P 1 rangle P 2 rangle math . Since the parity commutes with the Hamiltonian, its eigenvalue does not change with time, therefore the intrinsic parity s phase is a conserved quantity. DEFAULTSORT Intrinsic Parity Category Fundamental physics concepts Category Quantum field theory Category Quantum mechanics Category Particle physics ... more details
the value of f . Hence, it is a two variable function but its intrinsic dimension is one. A slightly more complicated example is f x sub 1 sub ,x sub 2 sub g x sub 1 sub x sub 2 sub f is still intrinsic ... of low intrinsic dimension An N variable function which has intrinsic dimension M N has a characteristic Fourier transform. Intuitively, since this type of function is constant along one or several ... this line F varies according to G . The general case Let f be an N variable function which has intrinsic dimension M , that is, there exists an M variable function g and M × N matrix A such that f ...In signal processing of multidimensional signals, for example in computer vision , the intrinsic dimension ... variables, its intrinsic dimension M satisfies 0 &le M &le N . Usually the intrinsic dimension of a signal .... Example Let f x sub 1 sub , x sub 2 sub be a two variable function or signal which is of the form f x sub 1 sub ,x sub 2 sub g x sub 1 sub for some one variable function g which is not constant ... Since the variation in f can be described by the single variable y sub 1 sub its intrinsic dimension is one. For the case that f is constant, its intrinsic dimension is zero since no variable is needed to describe variation. For the general case, when the intrinsic dimension of the two variable function f is neither zero or one, it is two. In the literature, functions which are of intrinsic dimension ... For an N variable function f , the set of variables can be represented as an N dimensional vector x f f x where x x sub 1 sub , x sub 2 sub , ..., x sub N sub If for some M variable function ... the above relation between f and g can be found, then the intrinsic dimension of f is M . The intrinsic ... along the same dimension in the frequency space. A simple example Let f be a two variable function which is i1D. This means that there exists a normalized vector n in R sup 2 sup and a one variable function ... is the Fourier transform of g both are one variable functions , is the Dirac impulse function and m ... more details
Intrinsic value can refer to Intrinsic value finance , of an option or stock. Intrinsic value numismatics , of a coin. Intrinsic value ethics , in ethics and philosophy. Intrinsic value animal ethics , in philosophy. Intrinsic theory of value , an economic theory of worth. See also Extrinsic value Value disambiguation disambig ... more details
Institute. ref Model organism s have been used in the study of intrinsic factor function. A conditional ...PBB geneid 2694 Intrinsic factor IF also known as gastric intrinsic factor GIF is a glycoprotein produced ... B sub 12 sub later on in the small intestine. In humans, the gastric intrinsic factor protein is encoded ..., Mohandas TK, Alpers DH title Human gastric intrinsic factor characterization of cDNA and genomic clones ... intestine, B sub 12 sub can then bind to intrinsic factor. This new complex travels to the ileum ... to enter the liver. Site of secretion The intrinsic factor is secreted by the stomach. It is present ... of HCl or pepsin in the gastric juice. So in some cases, the intrinsic factor may be present even if there is no HCl or Pepsin or vice versa. The site of formation of the intrinsic factor varies ... In pernicious anemia , an autoimmune disease , autoantibody autoantibodies directed against intrinsic factor or parietal cells themselves lead to an intrinsic factor deficiency, malabsorption of vitamin B sub 12 sub , and subsequent megaloblastic anemia . Atrophic gastritis can also cause intrinsic ... the intrinsic factor complex. Bariatric surgery is a known risk factor in the development of pernicious ... consumption of alcohol. Treatment Patients experiencing an insufficiency in their intrinsic ... title ORAL TREATMENT OF PERNICIOUS ANEMIA WITH HIGH DOSES OF VITAMIN B12 WITHOUT INTRINSIC FACTOR journal ... JK, Adams DJ, Logan DW title The mouse genetics toolkit revealing function and mechanism. journal ... refbegin 2 cite journal author Howard TA, Misra DN, Grove M, et al. title Human gastric intrinsic factor ... A, et al. title The human intrinsic factor vitamin B12 receptor, cubilin molecular characterization ... journal author Remacha AF, Del R o E, Sard MP, et al. title Role of Glu Arg, Q5R mutation of the intrinsic ... is caused by a founder mutation in the intrinsic factor gene GIF journal Br. J. Haematol. volume ... journal author Mathews FS, Gordon MM, Chen Z, et al. title Crystal structure of human intrinsic ... more details
refimprove date March 2008 Intrinsic finality is the idea that there is a natural good for all beings, and that all beings have a natural tendency to pursue their own good. It is an underlying principle of both teleology and moral objectivism . The concept of intrinsic finality was summarized by Thomas Aquinas ref Thomas Aquinas, Summa contra Gentiles Contra Gentiles IV, xix ref as follows By the form which gives it its specific perfection, everything in nature has an inclination to its own operations and to its own end, which it reaches through these operations. Just as everything is, such also are its operations and its tendency to what is suitable to itself. The idea of intrinsic finality presumes an objective reality that obeys a natural order or natural law in the universe. Things are meant to be and behave a certain way, and naturally tend to act that way. For instance, animals have natural instincts for self preservation, seeking food, and reproduction. They do so because it is their nature to do so. Theologians go further, to argue that they do so because they were created to do so. The existence of such a finality is often challenged, particularly by philosophers ascribing to philosophical naturalism . They argue that it is unreasonable to say that all beings naturally pursue their own benefit, when some beings clearly do not. They point to instances of perfection imperfection , disease , and death as evidence that natural beings do not naturally move toward perfection. But proponents of intrinsic finalilty respond that the very recognition of such imperfection requires an ideal or standard of the perfect end from which the being in question falls short owing to a variety of factors including improper education , sin , or predestination . Intrinsic finality provides the basis for the teleological argument for the existence of God and its modern counterpart, intelligent ... with the ways function constrains structure since the time of Aristotle and that Darwin s own awareness ... more details
Multiple issues context June 2009 orphan June 2009 refimprove June 2009 The intrinsic hyperpolarizability is defined as the hyperpolarizability divided by the Kuzyk Limit . ref http pubs.acs.org doi abs 10.1021 jp7120824 Intrinsic Hyperpolarizabilities as a Figure of Merit for Electro optic Molecules ref This quantity is scale invariant and thus is independent of the energy scale and number of electrons in a molecule that is being evaluated for its nonlinear optical response. Therefore, it can be used to compare molecules of different shapes and sizes. The Intrinsic Hyperpolarizability can be used as a figure of merit for comparing molecules for their usefulness in Electro optics applications. references DEFAULTSORT Intrinsic Hyperpolarizability Category Nonlinear optics optics stub ... more details
An intrinsic semiconductor , also called an undoped semiconductor or i type semiconductor , is a pure semiconductor without any significant dopant species present. The number of charge carrier s is therefore determined by the properties of the material itself instead of the amount of impurities. In intrinsic semiconductors the number of excited electron s and the number of electron hole holes are equal n p. The electrical conductivity of intrinsic semiconductors can be due to crystal defect s or to thermal excitation . In an intrinsic semiconductor the number of electron s in the conduction band is equal to the number of holes in the valence band . An example is HgCdTe Hg sub 0.8 sub Cd sub 0.2 sub Te at room temperature. An indirect band gap intrinsic semiconductor is one where the maximum energy of the valence band occurs at a different k crystal momentum k space wave vector than the minimum energy of the conduction band. Examples include silicon and germanium . A direct band gap intrinsic semiconductor is one where the maximum energy of the valence band occurs at the same k as the minimum energy of the conduction band. Examples include gallium arsenide . A silicon crystal is different from an insulator because at any temperature above absolute zero temperature, there is a finite probability that an electron in the lattice will be knocked loose from its position, leaving behind an electron deficiency called a hole . If a voltage is applied, then both the electron ... to electrical conduction. The term intrinsic here distinguishes between the properties of pure intrinsic silicon and the dramatically different properties of doped n type or p type semiconductors. Electrons and holes In an intrinsic semiconductor such as silicon at temperatures above absolute ... devices. Semiconductor current The current which will flow in an intrinsic semiconductor consists ... in the direction opposite to the free electron movement. The current flow in an intrinsic semiconductor ... more details
Orphan date February 2009 refimprove date December 2007 astronomy Astronomers use the term intrinsic brightness also termed absolute magnitude to refer to how bright a star would be without the effects of distance or absorption due to interstellar dust or gas. While a bright distant star s apparent brightness might be less than a nearby dim star, due to the inverse square law for brightness, astronomers can discuss its intrinsic brightness meaning how bright the stars would be at a common distance. Category Observational astronomy de Absolute Helligkeit ... more details
In geometry , an intrinsic equation of a curve is an equation that defines the curve using a relation between the curve s intrinsic properties, that is, properties that do not depend on the location and possibly the orientation of the curve. Therefore an intrinsic equation defines the shape of the curve without specifying its position relative to an arbitrarily defined coordinate system. The intrinsic quantities used most often are arc length math s math , tangential angle math theta math , curvature math kappa math or Radius of curvature mathematics radius of curvature , and, for 3 dimensional curves, Torsion of a curve torsion math tau math . Specifically The natural equation is the curve given by its curvature and torsion. The Whewell equation is obtained as a relation between arc length and tangential angle. The Ces ro equation is obtained as a relation between arc length and curvature. The equation of a circle including a line for example is given by the equation math kappa s Cte math where math s math is the arc length and math kappa math the curvature. These coordinates greatly simpilfy some physical problem. For elastic rods for example, the potential energy is given by math E int 0 L B kappa 2 s ds math where math B math is the bending modulus math EI math . Moreover, as math kappa s d theta ds math , elasticity of rods can be given a simple variational form. References cite book author R.C. Yates title A Handbook on Curves and Their Properties location Ann Arbor, MI publisher J. W. Edwards pages 123 126 year 1952 cite book author J. Dennis Lawrence title A catalog of special plane curves publisher Dover Publications year 1972 isbn 0 486 60288 5 pages 1 5 External links MathWorld title Intrinsic Equation urlname IntrinsicEquation Category Curves ko ... more details
Intrinsic immunity refers to a set of recently discovered cell biology cellular based anti viral defense mechanisms, notably genetically encoded proteins which specifically target eukaryotic retrovirus es. Unlike adaptive immunity adaptive and innate immune system innate immunity effectors, intrinsic immune proteins are usually expressed at a constant level, allowing a virus viral infection to be halted ... to combat them. Intrinsic immunity comprises cellular proteins which are always active and have evolved ... Bieniasz PD title Intrinsic immunity a front line defense against viral attack journal Nat. Immunol ... ref The recognition of intrinsic immunity as a potent anti viral defense mechanism is a recent discovery ... intrinsic immunity affords is still unknown, it is possible that intrinsic immunity may eventually ... system Intrinsic Immunity combines aspects of the two traditional branches of the immune system ... proteins. Intrinsic immune proteins, however, are specific both in virus recognition and their mechanism of viral attenuation . Like innate immunity, however, the intrinsic immune system does not respond differently upon repeat infection by the same pathogen. Also, like adaptive immunity, intrinsic ... of adaptive immunity, take weeks to become effective intrinsic immune proteins are constitutively ... the production of intrinsic immune mediating proteins cannot be increased during infection, these defenses ... of canonical intrinsic immune proteins TRIM5alpha TRIM5 Tripartite interaction motif five, RNA splicing splice variant is one of the most studied intrinsic immune proteins due to its connection ... doi 10.1038 nature02343 url issn ref APOBEC3G Apolipoprotein editing complex 3 G is another intrinsic ... intrinsic immune proteins have been discovered which block Murine leukemia virus MLV , Herpes simplex ... Inactivating a cellular intrinsic immune defense mediated by Daxx is the mechanism through which ... 3871.2006 url issn ref References Reflist 1 immune system DEFAULTSORT Intrinsic Immunity ... more details
Intrinsic viscosity math left eta right math is a measure of a solute s contribution to the viscosity math eta math of a solution . Intrinsic viscosity is frequently referred to as Inherent Viscosity in macromolecular literature. It is defined as math left eta right lim varphi rightarrow 0 frac eta eta 0 eta 0 varphi math where math eta 0 math is the viscosity in the absence of the solute and &phi is the volume fraction of the solute in the solution. As defined here, the intrinsic viscosity math left eta right math is a dimensionless number. When the solute particles are rigid body rigid sphere s, the intrinsic viscosity equals math frac 5 2 math , as shown first by Albert Einstein . In practical settings, &phi is usually solute mass concentration, and the units of intrinsic viscosity math left eta right math are deciliters per gram dL g , otherwise known as inverse concentration. Formulae for rigid spheroids Generalizing from spheres to spheroid s with an axial semiaxis math a math i.e., the semiaxis of revolution and equatorial semiaxes math b math , the intrinsic viscosity can be written math left eta right left frac 4 15 right J K L left frac 2 3 right L left frac 1 3 right M left frac 1 15 right N math where the constants are defined math M stackrel mathrm def frac 1 a b 4 frac ... formulae It is possible to generalize the intrinsic viscosity formula from spheroid s to arbitrary ellipsoids with semiaxes math a math , math b math and math c math . Frequency dependence The intrinsic ... The intrinsic viscosity is very sensitive to the axial ratio of spheroids, especially of prolate spheroids. For example, the intrinsic viscosity can provide rough estimates of the number of subunits in a protein fiber composed of a helical array of proteins such as tubulin . More generally, intrinsic viscosity can be used to assay quaternary structure . In polymer chemistry intrinsic viscosity is related ... of intrinsic viscosity is with a Ubbelohde viscometer . References Jeffery GB. 1922 The Motion of Ellipsoidal ... more details
Unreferenced date September 2008 Intrinsic fraud is an intentionally false representation that goes to the heart of what a given lawsuit is about, in other words, whether fraud was used to procure the transaction. If the transaction was fraudulent, it probably does not have the legal status of a contract. Intrinsic fraud is distinguished from extrinsic fraud a k a collateral fraud which is a deceptive means of keeping a person from discovering and or enforcing legal rights. It is possible to have either intrinsic or extrinsic frauds, or both. During a trial , perjury , forgery , and bribery of a witness constitute fraud s that might have been relieved by the court . Such actions will usually lead to a mistrial law mistrial being declared and after any penalties for the involved parties a new trial will take place on the same matter. Two types of intrinsic fraud in contract law are fraud in the inducement and fraud in the factum . Fraud in the factum is a law legal defense, and occurs where A signs a contract, but either does not realize that it is a contract or does not understand the nature of the contract, because of some false information that B gave to A. For example, if John tells his mother that he is taking a college course on handwriting analysis, and for his homework, he needs her to read and sign a pretend deed. If Mom signs the deed believing what he told her, and John tries to enforce the deed, Mom can plead fraud in the factum. Fraud in the inducement is an equity law equitable defense, and occurs when A signs a contract, knowing that it is a contract and at least having a rough idea what the contract is about, but the reason A signed the contract was because of some false information that B gave to A. For example, if John tells his mother to sign a deed giving him her property, Mom refuses at first, then John explains that the deed will be kept in a safe deposit box until she dies. If Mom signs the deed because of this statement from John, and John tries ... more details
orphan date April 2010 Apoptosis is a programmed form of cell death involving the degradation of cellular constituents by a group of cysteine proteases called caspase s. The caspases can be activated through either the intrinsic mitochondrial mediated or extrinsic death receptor mediated apoptotic pathways. The intrinsic apoptotic pathway is characterized by permeabilisation of the mitochondria and release of cytochrome c into the cytoplasm . Cytochrome c then forms a multi protein complex known as the apoptosome and initiates activation of the caspase cascade through caspase 9. The extrinsic apoptotic pathway is activated by death receptors on the plasma membrane such as tumour necrosis factor receptor 1 TNFR1 and Fas CD95 . As ligand s bind to these receptors, the death inducing signaling complex DISC is formed leading to initiation of the caspase cascade through caspase 8. References Danial, N.N., and Korsmeyer, S.J. 2004 . Cell death critical control points. Cell 116, 205 219. Kroemer, G., Galluzzi, L., and Brenner, C. 2007 . Mitochondrial membrane permeabilization in cell death. Physiol Rev 87, 99 163. Taylor, R.C., Cullen, S.P., and Martin, S.J. 2008 . Apoptosis controlled demolition at the cellular level. Nat Rev Mol Cell Biol 9, 231 241. Category Apoptosis ... more details
Intrinsic safety IS is a protection technique for safe operation of Electronics electronic equipment in explosive atmospheres and under irregular operating conditions. The concept was developed for safe operation of process control instrumentation in hazardous areas, particularly North Sea gas platforms. As a discipline, it is an application of inherent safety in instrumentation. The theory behind intrinsic safety is to ensure that the available electricity electrical and thermal energy in the system is always low enough that Combustion ignition of the hazardous atmosphere cannot occur. This is achieved by ensuring that only low voltages and currents enter the hazardous area, and that all electric supply and signal wires are protected by Zener diode Zener safety barriers. Sometimes an alternative type of barrier known as a galvanic isolation barrier may be used. In normal uses, electrical equipment often creates internal tiny sparks in switches, motor brushes, connectors, and in other places. Such sparks can ignite flammable substances present in air. ref cite web title Working In Explosive Atmospheres url http www.csunitec.com technical WhitePapers CS 20Unitec ATEX Working 20in 20Ex 20Zones.pdf ref A device termed intrinsically safe is designed to not contain any components that produce sparks or which can hold enough energy to produce a spark of sufficient energy to cause an ignition. For example, during marine transfer operations when flammable products are transferred between the marine terminal and tanker ships or barges, two way radio communication needs to be constantly maintained in case the transfer needs to stop for unforeseen reasons such as a spill. The United States Coast Guard requires that the two way radio must be certified as intrinsically safe. Another aspect of intrinsic safety is controlling abnormal small component temperatures. Under certain fault ... Electrical equipment in hazardous areas References Reflist Further reading Redding, R.J., Intrinsic ... more details
the Euclidean metric of R sup 2 sup the chordal metric is not a path metric space. The induced intrinsic ... space is called the Riemannian circle . In two dimensions, the chordal metric on the sphere is not intrinsic, and the induced intrinsic metric is given by the great circle distance . Every Riemannian ... more details
Image Rho independent terminator sequence and secondary structure conservation.jpg thumb right 200px A predicted conserved secondary structure and sequence conservation annotation for 90 bacterial Rho independent termination elements. Intrinsic termination also called Rho independent termination is a mechanism in prokaryotes that causes RNA transcription genetics transcription to be stopped. ref cite journal last Farnham first PJ coauthors Platt, T title Rho independent termination dyad symmetry in DNA causes RNA polymerase to pause during transcription in vitro. journal Nucleic Acids Research date 1981 02 11 volume 9 issue 3 pages 563 77 pmid 7012794 doi 10.1093 nar 9.3.563 ref In this mechanism, the mRNA contains a sequence that can base pair with itself to form a stem loop structure 7 20 base pairs in length that is also rich in cytosine guanine base pairs. These bases form three hydrogen bonds between each other and are therefore particularly strong. ref name Lew07 cite book last Lewin first Benjamin title Genes IX year 2007 publisher Jones and Bartlett Publishers location Sudbury, MA isbn 0 7637 4063 2 ref Following the stem loop structure is a chain of uracil residues. The bonds between uracil and adenine are very weak. A protein bound to RNA polymerase nusA binds to the stem loop structure tightly enough to cause the polymerase to temporarily stall. ref cite journal author Wilson KS, von Hippel PH title Transcription termination at intrinsic terminators the role of the RNA hairpin journal Proc. Natl. Acad. Sci. U.S.A. volume 92 issue 19 pages 8793 7 year 1995 month September pmid 7568019 pmc 41053 doi 10.1073 pnas.92.19.8793 url http www.pnas.org cgi pmidlookup?view long&pmid 7568019 accessdate 2010 09 20 ref This pausing of the polymerase coincides with transcription of the poly uracil sequence. The weak Adenine Uracil bonds lower the energy of destabilization for the RNA DNA duplex, allowing it to unwind and dissociate from the RNA polymerase. ref name Lew0 ... more details
Image Efficacy spectrum.png right thumb 320px Efficacy spectrum of receptor ligands. Intrinsic activity IA or efficacy refers to the relative ability of a drug receptor biochemistry receptor complex to produce a maximum functional response. This must be distinguished from the dissociation constant Protein ligand binding affinity , which is a measure of the ability of the drug to bind to its molecular target, and the half maximal effective concentration EC sub 50 sub , which is a measure of the Potency pharmacology potency of the drug and which is proportional to both efficacy and affinity. This use of the word efficacy was introduced by Stephenson 1956 ref name pmid13383117 cite journal author Stephenson RP title A modification of receptor theory journal Br J Pharmacol Chemother volume 11 issue 4 pages 379 93 year 1956 month December pmid 13383117 pmc 1510558 doi url issn ref to describe the way in which agonist s vary in the response they produce, even when they occupy the same number of receptors. High efficacy agonists can produce the maximal response of the receptor system while occupying a relatively low proportion of the receptors in that system. Agonists of lower efficacy are not as efficient at producing a response from the drug bound receptor, by stabilizing the active form of the drug bound receptor. Therefore, they may not be able to produce the same maximal response, even when they occupy the entire receptor population, as the efficiency of transformation of the inactive form of the drug receptor complex to the active drug receptor complex may not be high enough to evoke a maximal response. Since the observed response may be less than maximal in systems with no spare receptor reserve, some low efficacy agonists are referred to as partial agonists. ref name urlGlaxo Wellcome pharmacology guide cite web url http www.pdg.cnb.uam.es cursos Barcelona2002 pages Farmac Comput Lab Guia Glaxo chap2c.html title In vitro pharmacology concentration response curves author ... more details
Wiktionary intrinsic extrinsic innate For intrinsic and extrinsic properties in philosophy, see Intrinsic and extrinsic properties philosophy An intrinsic property is an essential or inherent property of a system or of a material itself or within. It is independent of how much of the material is present and is independent of the form the material, e.g., one large piece or a collection of smaller pieces. Intrinsic properties are dependent mainly on the chemical composition or structure of the material. ref Food and Packaging Engineering IFNHH, Massey University, NZ ref A property that is not essential or inherent is called an extrinsic property. For example, density is a physical intrinsic property of any Physical body physical object , whereas weight is an extrinsic property that varies depending on the strength of the gravitational field in which the respective object is placed. For example, in biology, intrinsic effects originate from inside an organism or cell, such as an autoimmunity autoimmune disease or intrinsic immunity . See also Intrinsic and extrinsic motivation Intrinsicfunction computer programming Intrinsic equation geometry Sunspots economics , also known as extrinsic random variables Intensive and extensive properties References Reflist SIA DEFAULTSORT Intrinsic And Extrinsic Properties Category Electronics terms Category Motivation de Intrinsisch ms Hartanah intrinsik dan ekstrinsik ... more details
wiktionary functionFunction may refer to Diatonic function , a term in music theory Function E 40 song , a 2012 song by American rapper E 40 featuring YG rapper YG , iAmSu & Problem Function biology , explaining why a feature survived selection Function computer science , or subroutine, a portion of code within a larger program, performs a specific task Function engineering , related to the selected property of a system Function language , in linguistics, a way of achieving an aim using language Function mathematics , an abstract entity that associates an input to a corresponding output according to some rule Function model , a structured representation of the functions, activities or processes Function object , or functor or functionoid, a concept of object oriented programming Function Drinks , a beverage company based in Redondo Beach, California. An organised event such as a party or meeting See also Functionalism disambiguation Function hall Functional disambiguation Functionality in polymer chemistry see Structural unit Functor disambiguation bg bs Funkcija vor ca Funci desambiguaci cs Funkce da Funktion de Funktion et Funktsioon es Funci n eo Funkcio eu Funtzio argipena fr Fonction ko id Fungsi it Funzione lt Funkcija lmo Funziun nl Functie ja no Funksjon nn Funksjon pl Funkcja ujednoznacznienie pt Fun o desambigua o ro Func ie dezambiguizare ru simple Function sk Funkcia sl Funkcija razlo itev sr sh Funkcija razvrstavanje sv Funktion olika betydelser th uk zh ... more details
In mathematics, S function may refer to sigmoid function Schur polynomials In physics, it may refer to Action physics action functional mathdab Short pages monitor This long comment was added to the page to prevent it from being listed on Special Shortpages. It and the accompanying monitoring template were generated via Template Long comment. Please do not remove the monitor template without removing the comment as well. ... more details
Image VEST Core4 LowLevel.png thumbnail 320px right VEST 4 T function followed by a transposition layer In cryptography , a T function is a bijection bijective mapping that updates every bit of the state computer science state in a way that can be described as math x i x i f x 0, cdots, x i 1 math , or in simple words an update function in which each bit of the state is updated by a linear combination of the same bit and a function of a subset of its less significant bits. If every single less significant bit is included in the update of every bit in the state, such a T function is called triangular . Thanks to their bijectivity no collisions, therefore no entropy loss regardless of the used Boolean function s and regardless of the selection of inputs as long as they all come from one side of the output bit , T functions are now widely used in cryptography to construct block cipher s, stream cipher s, PRNG s and cryptographic hash function hash functions . T functions were first proposed in 2002 by Alexander Klimov A. Klimov and Adi Shamir A. Shamir in their paper A New Class of Invertible Mappings . Ciphers such as TSC 1 , TSC 3 , TSC 4 , ABC stream cipher ABC , Mir 1 and VEST are built with different types of T functions. Because arithmetic operation s such as addition , subtraction and multiplication are also T functions triangular T functions , software efficient word based T functions can be constructed by combining bitwise logic with arithmetic operations. Another important property of T functions based on arithmetic operations is predictability of their period mathematics period , which is highly attractive to cryptographers. Although triangular T functions are naturally vulnerable to guess and determine attacks, well chosen bitwise transposition mathematics transposition ... bit. Subsequent transposition of the output bits and iteration of the T function also do not affect ... and losing the T function bias of depending only on the less significant bits of the state. References ... more details
About the valuation of financial assets the philosophy of economic value Intrinsic theory of value unreferenced date January 2011 In finance , intrinsic value refers to the value of a Security finance security which is intrinsic to or contained in the security itself. It is also frequently called fundamental value . It is ordinarily calculated by summing the future income generated by the asset, and discounting it to the present value . Simply put, it is the actual value of a Security finance security as opposed to the market or book value . Options An option finance option is said to have intrinsic value if the option is in the money . When out of the money , its intrinsic value is zero The intrinsic value for an in the money option is calculated as the absolute value of the difference between the current price S of the underlying and the strike price K of the option, floored to zero. For a call option math IV mathrm call max 0,S K math while for a put option math IV mathrm put max 0,K ... is USD 1.20, then the option has an intrinsic value of USD 0.20. The total value of an option is the sum of its intrinsic value and its Option time value time value . Equity See also Valuation using discounted ... fundamental analysis as opposed to technical analysis to estimate the intrinsic value of a company. Here the intrinsic characteristic considered is the expected cash flow production of the company in question. Intrinsic value is therefore defined to be the present value of all expected future net ... related approach, is to view intrinsic value as the value of a business ongoing operations, as opposed ... to calculate the intrinsic value of a business, and then buy that business when its price is at a discount to its intrinsic value. Real Estate In valuing real estate , a similar approach may be used. The intrinsic value of real estate is therefore defined as the net present value of all future net ... Intrinsic Value Finance Category Derivatives finance no Fundamentalverdi finans th ... more details
for intrinsic value of animals Intrinsic value animal ethics Intrinsic value is an ethical and Intrinsic ... that an object philosophy object has in itself or for its own sake , as an Intrinsic and extrinsic properties philosophy intrinsic property . An object with intrinsic value may be regarded as an end ... depends on how much it generates intrinsic value. For an eudaemonist , happiness has intrinsic value, while having a family may not have intrinsic value, yet be instrumental, since it generates happiness. Intrinsic value is a term employed in axiology , the study of quality or value. Terminology Other names Other names for intrinsic value are terminal value , essential value , principle value or ultimate ... concepts Intrinsic value is mainly used in ethics, but the concept is also used in philosophy ... . The relative value ethics relative intrinsic value is roughly synonymous with the ethic ideal . Inherent value may be regarded a first grade instrumental value when a personal experience is the intrinsic ... plans or intends to achieve or bring about Relation to purpose Intrinsic value is strongly linked to the purpose in life, since the purpose is generally to increase the intrinsic value. Life stances and intrinsic value This is a table which attempts to summarize the main intrinsic value of different ... and purposes class wikitable Life stance br and other views Main intrinsic value Nihilism clarifyme ... haught 22 1 ref one, or several ref name meanothing things in the world with intrinsic value. Intrinsic nihilism , or simply nihilism from Latin nothing holds that there are zero. Intrinsic aliquidism ... from one single to all possible. Intrinsic monism from Greek one holds that there is one thing with intrinsic .... fact date February 2012 Intrinsic multism from Latin many holds that there are many things with intrinsic ... valuable. Intrinsic panism from Greek everything is one step further. It is to everything in the world as having intrinsic value. Equality See Ethic value equality Among followers of aliquidistic ... more details
An intrinsic Property philosophy property is a property that an object or a thing has of itself, independently of other things, including its context. An extrinsic or relational property is a property that depends on a thing s relationship with other things. For example, mass is an intrinsic property of any Physical body physical object , whereas weight is an extrinsic property that varies depending on the strength of the gravitational field in which the respective object is placed. As such, the question of intrinsicality and extrinsicality in empirically observable objects is a significant field of study in ontology , the branch of philosophy concerned with explaining the fundamental nature of being . Criteria David Lewis philosopher David Lewis offered a list of criteria that should condense the distinction between intrinsic and extrinsic properties numbers and Italic type italics added ref cite journal last Lewis first David authorlink David Lewis philosopher title Extrinsic Properties journal Philosophical Studies volume 44 pages 111 112 publisher Springer Netherlands date 1983 issn 0031 8116 ref A sentence or statement or proposition that ascribes intrinsic properties to something .... A thing has its intrinsic properties in virtue of the way that thing itself, and nothing else ... larger whole is. The intrinsic properties of something depend only on that thing whereas the extrinsic properties of something may depend, wholly or partly, on something else. If something has an intrinsic ... surroundings will differ in their extrinsic properties. Value Intrinsic properties are fundamental ... should be viewed on its intrinsic value ethics intrinsic value the value of the action in itself with regards ... External links http plato.stanford.edu entries intrinsic extrinsic The Stanford Encyclopedia of Philosophy on intrinsic and extrinsic properties http plato.stanford.edu entries value intrinsic extrinsic The Stanford Encyclopedia of Philosophy on intrinsic and extrinsic value Category Philosophical ... more details
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