Archive for September, 2007

Klipper; indirect utility

Sunday, September 30th, 2007

Klipper is a clipboard utility for the KDE interface. It allows users of Unix-like operating systems running the KDE desktop environment to access a history of X Selections, any item of which can be reselected for pasting.


Similar Software

  • Glipper
  • Clipman
  • Desktop Data Manager


See also

  • X Window selection

Language-Sensitive Editor; utility

Sunday, September 30th, 2007

LSE is a Language-Sensitive Editor for OpenVMS Operating system. LSE is implemented by using the Text Processing Utility (TPU).


External links

  • [1] DIGITAL Language-Sensitive Editor/Source Code Analyzer for OpenVMS Reference Manual

EBITA; income

Sunday, September 30th, 2007

EBITA is an acronym that refers to a company’s earnings before the deduction of interest, tax and amortization expenses. See EBITDA. It is a financial indicator used widely as a measure of efficiency and profitability. EBITA margins in developing telecom markets can be as high as 60%, but margins vary greatly across industries and over time.

EBITA can be calculated by taking the Profit Before Taxation (PBT/EBT) figure as shown on the Consolidated Income Statement, and adding back Net Interest and Amortization. Often, Amortization charges are zero and therefore EBIT = EBITA.

Melodic expectation; the same . Expectation

Sunday, September 30th, 2007

In music cognition melodic expectation is the tendency for a person listening to a melody to have a feeling or expectation for what might come next in the melody. For example, if the ascending musical partial octave “do-re-me-fa-sol-la-ti…” is heard, listeners familiar with Western music will have a strong expectation to hear one more note, “do”, to complete the octave.


Implication-Realization Model

Narmour’s Implication-Realization Model is a detailed formalization based on Meyer’s work on expectation. The theory focuses on how implicative intervals set up expectations for certain realizations to follow.


See also

  • Lerdahl, Fred and Jackendoff, Ray (1996). A Generative Theory of Tonal Music. MIT Press. ISBN 0-262-62107-X.

De Bruijn-Newman constant; constant the

Saturday, September 29th, 2007

The De Bruijn-Newman constant, denoted by Λ, is a mathematical constant and is defined via the zeros of a certain function H(λ, z), where λ is a real parameter and z is a complex variable. H has only real zeros if and only if λ ≥ Λ. The constant is closely connected with Riemann’s hypothesis on the zeros of the general Euler-Riemann’s ζ-function. In brief, the Riemann hypothesis is equivalent to the conjecture that Λ ≤ 0.

De Bruijn showed in 1950 that H has only real zeros if λ ≥ 1/2,
and moreover, that if H has only real zeros for some λ, H also has only real zeros if λ is replaced by any larger value. Newman proved in 1976 the existence of a constant Λ for which the “if and only if” claim holds; and this then implies that Λ is unique. Newman conjectured that Λ ≥ 0, an intriguing counterpart to the Riemann hypothesis. Serious calculations on lower bounds for Λ have been made since 1988 and—as can be seen from the table—are still being made:

Year Lower bound on Λ
1988 −50
1991 −5
1990 −0.385
1994 −4.379 · 10−6
1993 −5.895 · 10−9
2000 −2.7 · 10−9

SInce <math> H(\lambda , z) </math> is just the Fourier transform of
<math> F(e^{\lambda x}\Phi) </math> then H has the Wiener-Hopf representation:

<math> \xi (1/2+iz)= A\sqrt \pi (\lambda)^{-1} \int_{-\infty}^{\infty}dx e^{\frac{-1}{4\lambda}(x-z)^{2}} H(\lambda , x) </math>

which is only valid for lambda positive or 0, it can be seen that in the limit lambda tends to zero then <math> H(0,x)=\xi(1/2+ix) </math> for the case Lambda is negative then H is defined so:

<math> H(z,\lambda)=B\sqrt \pi (\lambda)^{-1} \int_{-\infty}^{\infty}dx e^{\frac{-1}{4\lambda}(x-z)^{2}} \xi(1/2+ix) </math>

Where A and B are real constant.


External links

Interrogatives in Esperanto; a consumer’s indirect

Saturday, September 29th, 2007

In Esperanto there are two kinds of interrogatives: yes-no interrogatives, and correlative interrogatives.

Contents


Yes-no interrogatives

Yes-no interrogatives are questions which can be answered with yes or no. They are formed in Esperanto by starting the sentence or clause with ĉu. For example, La pomo estas sur la tablo. - The apple is on the table., as opposed to Ĉu la pomo estas sur la tablo? - Is the apple on the table? In spoken Esperanto, a question is normally accompanied by a rising intonation. In some cases, especially when the context makes it clear that the sentence is an interrogatives, a rising intonation alone can make a clause into a question, but this is rare and highly marked. In Esperanto, the subject and the verb are generally not inverted in questions, unlike English and other languages.


Correlative interrogatives

Esperanto has a series of words which can be arranged in a table according to how they start and end which are often called correlatives. The column of words which begin with ki- can be used to ask questions which cannot be answered by yes or no. These correspond to wh-questions in English. These words are:

  • kiu - who or which
  • kio - what
  • kia - what kind of
  • kie - where
  • kiam - when
  • kies - whose
  • kiel - how
  • kial - why
  • kiom - how much or how many

These words are inflected according to the role they play in the clause (for the words which take an inflection), and moved to the beginning of the clause. For example, Kion vi faras? - What are you doing? As with yes-no questions, there is no inversion of subject and verb, and the sentence is generally ended with a rising intonation in the spoken language.


Indirect questions

Any interrogative clause as explained above can be used as-is as an indirect question, as the object of a verb like scii, to know.

  • Mi ne scias, ĉu la pomo estas sur la tablo. - I don’t know whether the apple is on the table.
  • Li scias, kion vi faras. - He knows what you are doing.


Ambiguity

Because the correlatives which begin with ki- are also used to form relative clauses (similarly to many European languages) there is in theory a potential for ambiguity between indirect questions and relative clauses. In practice, however, confusion is very rare.

Insectivore; consume

Saturday, September 29th, 2007

An insectivore is a carnivore with a diet that consists chiefly of insects and similar small creatures.

Although individually small, insects exist in enormous numbers and make up a very large part of the animal biomass in almost all non-marine environments. In Queensland pastures, for example, it is normal to have a greater total weight of Scarabaeidae larvae under the surface than of the beef cattle grazing above it.

A great many creatures depend on insects as their primary diet, and many that do not (and are thus not technically insectivores) nevertheless use insects as a protein supplement, particularly when they are breeding.

The biological order Insectivora includes a number of mammals which happen to be insectivores, but there is no necessary link. Just as many members of the order known as Carnivora are actually omnivores (and one, the Giant Panda, is an herbivore), several members of the Insectivora do not eat insects.

Some examples of insectivores include nightingale, aardwolf, echidna, swallows, anteaters, carp, frogs, lizards, bats, and spiders. Insects also can be insectivores. Examples would be dragonflies, hornets, ladybugs, and praying mantises.

Insectivorous plants also exist, including the Venus flytrap, several types of pitcher plants, butterworts, sundews, bladderworts, the waterwheel plant, brocchinia bromeliads, and others. These generally grow in nitrogen-poor soils, which they instead obtain by trapping insects. Technically these plants are not strictly insectivorous, as they consume any animal small enough to be trapped by them; indeed, the larger varieties of pitcher plant have been known to consume small rodents and lizards.


See also

  • Insectivora
  • -vore
  • Bee-eater, eats insects of bees, wasps, and hornets

Vacuum state; The notion of ‘expectation

Saturday, September 29th, 2007

In quantum field theory, the vacuum state (also called the vacuum) is the quantum state with the lowest possible energy. By definition, it contains no physical particles. The term “zero-point field” is sometimes used as a synonym for the vacuum state of an individual quantized field.

Contents


Non-vanishing vacuum state

If the quantum field theory can be accurately described through perturbation theory, then the properties of the vacuum are analogous to the properties of the ground state of a quantum mechanical harmonic oscillator (or more accurately, the ground state of a QM problem). In this case the vacuum expectation value (VEV) of any field operator vanishes. For quantum field theories in which perturbation theory breaks down at low energies (for example, Quantum chromodynamics or the BCS theory of superconductivity) field operators may have non-vanishing vacuum expectation values called condensates. In the Standard Model, the non-zero vacuum expectation value of the Higgs field, arising from spontaneous symmetry breaking, is the mechanism by which the other fields in the theory acquire mass.


The energy of the vacuum state

In many situations, the vacuum state can be defined to have zero energy, although the actual situation is considerably more subtle. The vacuum state is associated with a zero-point energy, and this zero point energy has measurable effects. In the laboratory, it may be detected as the Casimir effect. In physical cosmology, the energy of the vacuum state appears as the cosmological constant. An outstanding requirement imposed on a potential Theory of Everything is that the vacuum energy of the vacuum state must explain the physically observed cosmological constant.


The symmetry of the vacuum state

For a relativistic field theory, the vacuum is Poincaré invariant. Poincaré invariance implies that only scalar combinations of field operators have non-vanishing VEVs. The VEV may break some of the internal symmetries of the Lagrangian of the field theory. In this case the vacuum has less symmetry than the theory allows, and one says that spontaneous symmetry breaking has occurred.


Notations

The vacuum state is written as <math>|0\rangle</math> or <math>|\rangle</math>. The VEV of a field φ, which should be written as <math>\langle0|\phi|0\rangle</math>, is usually condensed to <math>\langle\phi\rangle</math>.


Virtual particles

The uncertainty principle in the form <math>\Delta E\Delta t\ge\hbar</math> implies that in the vacuum one or more particles with energy ΔE above the vacuum may be created for a short time Δt. These virtual particles are included in the definition of the vacuum.


See also

  • Vacuum energy
  • The quantum-mechanical vacuum
  • QCD vacuum


References

  • M.E. Peskin and D.V. Schroeder, An introduction to Quantum Field Theory.

PNM Resources; utility

Saturday, September 29th, 2007

PNM Resources is an energy holding company based in the U.S. state of New Mexico. Headquartered in Albuquerque, PNM Resources supplies electricity to 725,000 homes and businesses in New Mexico and Texas and natural gas to 471,000 customers in New Mexico through its utility and energy service subsidiaries, including:

  • PNM, a service utility providing electricity and natural gas in New Mexico;
  • Texas-New Mexico Power (TNMP), an electricity utility in New Mexico and electric transmission and distribution company in Texas;
  • First Choice Power, a deregulated competitive retail electric provider in Texas; and
  • Avistar, an energy research and development company.

Both TNMP and First Choice were recently acquired by the parent company. Many of First Choice’s customers are serviced through the TNMP network. Customers in southern New Mexico may receive gas from the utility PNM while receiving power from TNMP (a division which will continue until 2007). PNM Resources and its subsidiaries also sell power on the wholesale market in the western United States.

The corporation has consolidated operating revenues of $2.3 billion. As of 2004, it was the only Fortune 1000 company in the sparsely-populated state.

Analytical jurisprudence; must not be mistaken

Saturday, September 29th, 2007

Analytical jurisprudence is a legal theory that draws on the resources of modern analytical philosophy to try to understand the nature of law. Since the boundaries of analytical philosophy are somewhat vague, it is difficult to say how far it extends. H. L. A. Hart was probably the most influential writer in the modern school of analytical jurisprudence, though its history goes back at least to Jeremy Bentham.

Analytical jurisprudence is not to be mistaken for legal formalism (the idea that legal reasoning is or can be modelled as a mechanical, algorithmic process). Indeed, it was the analytical jurists who first pointed out that legal formalism is fundamentally mistaken as a theory of law.

Legal scholar L. Ali Khan supplies a powerful thesis that legal reasoning is more like engaging in artistic creativity rather than conducting a mechanical application of rules or precedents.

Lifeline utility; utilities

Saturday, September 29th, 2007

In New Zealand, a lifeline utility is a service defined under one of the Schedules of the Civil Defence Emergency Management Act 2002.

The duties of lifeline utilities are defined in Section 60 of the Act. In short, a lifeline utility is legally required to function ‘to the fullest possible extent’ (even at a diminished level) during and after an emergency, participate in emergency management planning, and provide free-of-charge technical assistance to the Director of Civil Defence Emergency Management.

Lifeline utilities under Schedule 1 include Radio NZ, TVNZ, airport companies and authorities, port companies and authorities, gas utilities, water utilities, power utilities, telecommunications networks, roading authorities, petroleum companies, rail network operators, and rail service operators.

Musical isomorphism; bundle.

Saturday, September 29th, 2007

In mathematics, the musical isomorphism is an isomorphism between the tangent bundle TM and the cotangent bundle <math>T^{*}M</math> of a Riemannian manifold given by its metric.

It is also known as raising and lowering indices.


Introduction

A metric g on a Riemannian manifold M is a tensor field <math>g \in \mathcal{T}_2^0(M)</math> which is symmetric and positive-definite: thus g is a positive definite smooth section of the vector bundle <math>S^2T^*M\,</math> of symmetric bilinear forms on the tangent bundle. At any point xM, <math>g_x\in S^2T^*_xM</math> defines an isomorphism of vector spaces

<math>\widehat{g}_x : T_x M \longrightarrow T^{*}_x M</math>

(from the tangent space to the cotangent space) given by

<math>\widehat{g}_x(X_x) = g(X_x,-)</math>

for any tangent vector Xx in TxM, i.e.,

<math> \widehat{g}_x(X_x)(Y_x) = g_x(X_x,Y_x).</math>

The collection of these linear isomorphisms define a bundle isomorphism

<math>\widehat{g} : TM \longrightarrow T^{*}M</math>

which is therefore, in particular, a diffeomorphism. This is called the musical isomorphism flat, and its inverse is called sharp: sharp raises indices, flat lowers them.


Motivation of the name

The isomorphism <math>\widehat{g}</math> and its inverse <math>\widehat{g}^{-1}</math> are called musical isomorphisms because they move up and down the indexes of the vectors. For instance, a vector of TM is written as <math>\alpha^i \frac{\partial}{\partial x^i}</math> and a covector as <math>\alpha_i dx^i</math>, so the index i is moved up and down in <math>\alpha</math> just as the symbols sharp (<math>\sharp</math>) and flat (<math>\flat</math>) move up and down the pitch of a semitone.


Gradient

The musical isomorphisms can be used to define the gradient of a smooth function over a Riemannian manifold M as follows:

<math>\mathrm{grad}\;f=\widehat{g}^{-1} \circ df = (df)^{\sharp}</math>

First-order control; thus imply

Saturday, September 29th, 2007

In control theory, first-order control is when a desired result is attempted by adjusting a scalar (first-order) control. Such mechanisms, where first-order change successfully produces desired results, are called first-order mechanisms. First-order control is contrasted to higher-order control. While many simple mechanisms are completely first-order, most complex mechanisms are only first-order within a range of operation. There are two types of first-order control theories; that referencing mechanisms, and that referring to social theory.

A first-order control mechanism is any mechanism that is controlled by direct motion in a single direction. Similarly, in social theory, a single direct action producing a social change is a first-order control system. Many common beliefs about social organization, such as “Increasing police decreases crime”, or “corruption can be combatted by legislation” imply a first-order mechanism. ==References==

PithHelmet; utility

Saturday, September 29th, 2007

PithHelmet is an ad-blocking utility for the Apple Safari web browser.


History

PithHelmet began in January 2003 as one user’s utility to filter content in Safari and has since become a popular utility for other users of Apple’s web browser.

As of July 2007 PithHelmet’s most recent version is 2.7-78, a beta designed to work with the Safari 3 beta. The most recent official release is 2.6.7 from June 2006.


External link

  • PithHelmet

Corner solution; indirect utility

Saturday, September 29th, 2007

A corner solution is a special solution to an agent’s maximization problem in which the quantity of one of the arguments in the maximized function is zero. The more usual solution will lie in the non-zero interior at the point of tangency between the objective function and the constraint. For example, in consumer theory the objective function is the indifference-curve map (the utility function) of the consumer. The budget line is the constraint. In the usual case, constrained utility is maximized on the budget constraint with strictly positive quantities consumed of both goods. For a corner solution, however, utility is maximized at a point on one axis where the budget constraint intersects the highest attainable indifference curve at zero consumption for one good with all income used for the other good. Furthermore, a range of lower prices for the good with initial zero consumption may leave quantity demanded unchanged at zero, rather than increasing it as in the more usual case.

Alternatively stated, a corner solution is a solution to a minimization or maximization problem where the non-corner solution is infeasible, that is, not in the domain. Instead, the solution is a corner solution on an axis where either x or y is equal to zero. For instance from the example above in economics, if the maximal utility of two goods is achieved when the quantity of goods x and y are (-2,5), and the utility is subject to the constraint x and y are greater than or equal to 0 (you cannot consume a negative quantity of goods) as is usually the case, then the actual solution to the problem would be a corner solution where x = 0.


See also

Indifference curve, Assumptions section

Personal Consumption Expenditure; consumer

Wednesday, September 26th, 2007

The Personal Consumption Expenditure (PCE) is a price index, like the Consumer Price Index.

A measure of price changes in consumer goods and services.

It consists of the actual and imputed expenditures of households and includes data pertaining to durables, non-durables, and services. It is essentially a measure of goods and services targeted towards individuals and consumed by individuals.

Also referred to as “consumption”.

Similar to the consumer price index (CPI), PCE is a report (actually a part of the personal income report) put out by the Bureau of Economic Analysis of the Department of Commerce.

There are two broad indexes of consumer prices in the United States: the CPI and the chain price index for personal consumption expenditures (PCEPI). They are similar in many respects, but there are some important differences which can lead to large gaps between CPI and PCEPI inflation rates at times. The PCEPI uses a chain index which takes into account consumers’ changing consumption due to prices, while the CPI uses a fixed basket of goods with weightings that do not change over time.

The PCE is a fairly predictable report that has little impact on the markets.

Hopscotch (Brian Garfield novel); pursue their immediate

Wednesday, September 26th, 2007

Hopscotch is a 1975 novel by Brian Garfield, in which a retired CIA agent invites his old agency to pursue him by writing an exposé and mailing chapters of it piecemeal to publishers. Hopscotch won the 1976 Edgar Award for Best Novel.

The novel was made into a 1980 film of the same title, with Garfield writing the screenplay. The film starred Walter Matthau. Although the novel has a dark, cynical tone, the film is a comedy, but the plot follows that of the novel fairly closely.


External links

Fair Debt Collection Practices Act; a consumer’s

Wednesday, September 26th, 2007

The Fair Debt Collection Practices Act (or FDCPA), et seq., is a United States statute added in 1978 as Title VIII of the Consumer Credit Protection Act. Its purposes are to eliminate abusive practices in the collection of consumer debts, to promote fair debt collection and to provide consumers with an avenue for disputing and obtaining validation of debt information in order to ensure the information’s accuracy. The Act creates guidelines under which debt collectors may conduct business, defines rights of consumers involved with debt collectors, and prescribes penalties and remedies for violations of the Act. It is sometimes used in conjunction with the Fair Credit Reporting Act.

Contents


People and entities covered by the FDCPA

In the United States, debt collectors may use different names such as “collection agency,” “factoring company” or some other name that may or may not be understood by a consumer to be a third-party collector (and that might be used to claim immunity from the Act). However, the FDCPA broadly defines debt collectors as “any person who uses any instrumentality of interstate commerce or the mails in any business the principal purpose of which is the collection of any debts, or who regularly collects or attempts to collect, directly or indirectly, debts owed or due or asserted to be owed or due another.” <ref></ref> While the FDCPA generally only applies to third party debt collectors–not internal collectors for an “original creditor” — some states, such as California, have similar state consumer protection laws which mirror the FDCPA, and regulate original creditors. In addition, courts have generally found debt buyers to be covered by the FDCPA even though they are collecting their own debts. The definitions and coverage have changed over time. The FDCPA itself contains numerous exceptions to the definition of a “debt collector,” particularly after the October 13, 2006, passage of the Financial Services Regulatory Relief Act of 2006. Attorneys, originally explicitly excepted from the definition of a debt collector, have been included (to the extent that they otherwise meet the definition) since 1986.

The FDCPA’s definitions of “consumers” and “debt” specifically restricts the coverage of the act to personal and non-commercial transactions. Thus, debts owed by businesses are not regulated.


Prohibited conduct

The Act prohibits certain types of “abusive and deceptive” conduct when attempting to collect debts, including the following:

  • Hours for phone contact: contacting consumers by telephone outside of the hours of 8:00 a.m. to 9:00 p.m. local time<ref></ref>
  • Contact after being asked to stop: contacting consumers in any way (other than litigation) after receiving written notice that said consumer wishes no further contact or refuses to pay the alleged debt, with certain exceptions, including advising that collection efforts are being terminated or that the collector intends to file a lawsuit or pursue other remedies where permitted<ref></ref>
  • Contacting consumers at their place of employment after having been told verbally or in writing that this is not acceptable<ref></ref>
  • Contacting consumer known to be represented by an attorney<ref></ref>
  • Contacting consumer after request for validation: contacting the consumer or the pursuing collection efforts by the debt collector after receipt of a consumer’s written request for verification of a debt (or for the name and address of the original creditor on a debt) and before the debt collector mails the consumer the requested verification or original creditor’s name and address<ref></ref>
  • Misrepresentation or deceit: misrepresenting the debt or using deception to collect the debt, including a debt collector’s misrepresentation that he or she is an attorney or law enforcement officer<ref></ref>
  • Publishing the consumer’s name or address on a “bad debt” list<ref></ref>
  • Seeking unjustified amounts, which would include demanding any amounts not permitted under an applicable contract or as provided under applicable law<ref>; Hodges v. Sasil Corp., 915 A.2d 1 (N.J. 2007)</ref>
  • Threatening arrest or legal action that is either not permitted or not actually contemplated<ref></ref>
  • Abusive or profane language used in the course of communication related to the debt<ref></ref>
  • Contact with third parties: revealing or discussing the nature of debts with third parties (other than the consumer’s spouse or attorney) or threatening such action<ref> and </ref>
  • Contact by embarassing media, such as communicating with the consumer by post card or using letterhead that makes it clear that the communication is from a debt collector<ref></ref>
  • Reporting false information on a consumer’s credit report or threatening to do so in the process of collection<ref></ref>


Required conduct

Further, the FDCPA requires debt collectors to:

  • Identify themselves and notify the consumer, in every communication, that the communication is from a debt collector, and that information received will be used to effect collection of the debt<ref></ref>
  • Give the name and address of the original creditor (company to which the debt was originally payable) upon the consumer’s written request made within 30 days of receipt of the §1692g validation notice;<ref></ref>
  • Notify the consumer of their right to dispute the debt, in part or in full, with the debt collector. This so-called 30-day “§1692g” validation notice is required to be sent by debt collectors within five days of the initial communication with the consumer, though in 2006 the definition of “initial communication” was amended to exclude “a formal pleading in a civil action” for purposes of triggering the §1692g validation notice, <ref></ref> complicating the matter where the debt collector is an attorney or law firm. The consumer’s receipt of this notice starts the clock running on the 30-day right to demand validation of the debt from the debt collector. <ref></ref>
  • Provide verification of the debt If a consumer sends a written dispute or request for verification within 30 days of receiving the §1692g validation notice, then the debt collector must either mail the consumer the requested validation information or cease collection efforts altogether. Such asserted disputes must also be reported by the creditor to any credit bureau that reports the debt. Consumers may still dispute a debt verbally or after the thirty-day period has elapsed, but doing so waives the right to compel the debt collector to produce verification of the debt. It is unclear what is required of such written verifications.<ref></ref>
  • File a lawsuit in a proper venue - a debt collector may file a lawsuit, if at all, only in a place where the consumer lives or signed the contract<ref></ref>

This should not be understood to be an exhaustive list either of prohibited or required conduct.


Enforcement of the FDCPA

The Federal Trade Commission has the authority to administratively enforce the FDCPA using its powers under the Federal Trade Commission Act.<ref></ref>

Aggrieved consumers may also file a private lawsuit in a State or Federal court to collect damages (actual, statutory, attorney’s fee and court-costs) from third-party debt collectors. The FDCPA is a strict liability law, which means that a consumer need not prove actual damages in order to claim statutory damages of up to $1,000 plus reasonable attorney fees if a debt collector is proven to have violated the FDCPA.<ref></ref> The collector may, however, escape penalty if it shows that the violation (or violations) was the result of a “bona fide error.”<ref></ref>

Alternately, if the consumer loses the lawsuit and the court determines that the consumer filed the case in bad faith and for the purposes of harassment, the court may then award attorney’s fees to the debt collector. Historically, courts have only very rarely ordered consumers to pay debt collectors’ attorney fees in a FDCPA case.


Criticisms of the FDCPA


By consumer groups

Some consumer groups argue that the FDCPA does not go far enough, and does not provide sufficient deterrence against unscrupulous collection agencies. Consumer groups have complained that the maximum statutory damages contained in the original 1978 version of the law has not kept up with inflation. According to the inflation calculator at the Bureau of Labor Statistics’ website, that same penalty would be the equivalent of $3,105.83 by 2006 standards. The Washington, D.C.-based National Association of Consumer Advocates is the largest consumer advocacy organization in the United States. Its member attorneys bring thousands of such FDCPA suits each year in virtually all 50 states.

Many debt collectors, and the consumer rights attorneys who sue them for violations of the FDCPA rely heavily on the definitive legal treatise on the FDCPA produced by the National Consumer Law Center.


By the credit industry

Conversely, many in the credit industry have taken the stance that the FDCPA has often been used to file frivolous lawsuits and seek damages for minor technical violations and has, at times, seriously impeded their ability to collect valid debts.<ref></ref> Given the strict liability nature of the FDCPA, the collections industry and the insurance companies who provide liability coverage for them have repeatedly lobbied Congress to relax provisions of the law to reduce their civil exposure for these “hyper-technical” violations.

The debt collection industry is supported by an industry trade group based in Minneapolis, Minnesota, called ACA International. The ACA produces a variety of legal compliance materials for debt collectors and serves as an industry lobbyist. The ACA seeks legal and interpretive changes that will assist its members in the collection of debts for their clients. The ACA is also involved in a variety of public relations activities related to the collection industry.


The FTC Report

For its part, the Federal Trade Commission (FTC) produces an annual report to Congress of its findings with respect to its FDCPA enforcement activities. This report details consumer complaints to the FTC about alleged debt collector violations of the FDCPA. There were more than 69,000 consumer complaints made to the FTC about debt collectors in 2006, which is more complaints than the FTC receives about any other specific industry. This was an overall increase of 3.8% over 2005.<ref></ref>


References


External links

Note: Check to be sure you are looking at the current version of the Act. It was most recently amended in 2006. See Public Citizen.

  • Fair Debt Collection Practices Act - United States Federal Trade Commission
  • ACA International’s FDCPA Web Page
  • FTC’s FDCPA Web Page
  • National Association of Consumer Advocates: Find a Lawyer

Karelides; consume

Tuesday, September 25th, 2007

Karelides is the ancient mountain chain, which located between Eastern Finland and Lapland. It formed current hill zone of Eastern Finland and Lapland’s arctic hills splitting the Centre Finland. Karelidit formed about 2000 million years ago, when thick sandstone sediments rocked and then folded when continental plates smashed. This made a ridge made of quartzite, which has stood there not caring of ice ages consume and weathering. Mountains in the very north-west Finnish Lapland belong to the newer Scandinavian Mountains, and because of that they are higher than other Finnish mountains. The third mountain group is Svecofennides, which stood there from Southern Finland to Sweden.