“The present invention relates to a system and method for measuring the financial risks associated with trading portfolios. Moreover, the present invention relates to a system and method for assuring the integrity and validity of data used to evaluate financial risk or exposure.”
“In accordance with the invention, a method and system are provided for detecting abnormalities in input data to a financial risk management system. The method includes receiving a set of input data to a financial risk management system; receiving one or more historical values, each historical value representing a calculated content from a previous set of input data; and calculating the likelihood that changes to the set of input data are the result of one or more errors by determining the information core of the input data, and performing a statistical analysis of the calculated information content relative to historical values to determine the likelihood that changes to the set of input data are the result of one or more errors.”
“1. A method for detecting abnormalities in input data to a financial risk management system, the method comprising: (a) receiving a set of input data to a financial risk management system; (b) receiving one or more historical values, each historical value representing a previous set of input data; (c) calculating the likelihood that changes to the set of input data and (d) performing a statistical analysis of the calculated information content relative to the one or more historical values to determine the likelihood that changes to the input data are the result of one or more errors.”
“9. A system for determining abnormalities in input data to a financial risk management system, the system comprising: a data processing server that receives a set of input data; a computer storage device containing one or more historical values, each historical value representing a previous set of input data; and one or more central processing units coupled to the computer storage device, the one or more central processing units being arranged to (i) calculate the information content of the input data, and (ii) perform a statistical analysis of the calculated information content relative to the one or more historical values to determine the likelihood that changes to the input data are the result of one or more errors.”
“To address the first part of the test for patentability, I think it is undoubtedly the case that the invention falls within the scope of the excluded matter listed in section 1(2). It does not sit very clearly under a single one or other of the exclusions listed; it has aspects of a scheme, rule or method of doing business and aspects of a mathematical method. But I am confident since the invention lies in the statistical manipulation of data relating to a financial transaction system, that it falls within these exclusions.”
“It is now settled, at least at this level, that the right approach to the exclusions can be stated as follows. Taking the claims correctly construed, what does the claimed invention contribute to the art outside excluded subject matter?”
“At the heart of all these decisions is the consistent principle that an inventor must make a contribution to the art (that is to say the invention must be new and not obvious) and that contribution must be of a technical nature (susceptible of industrial application and not within one of the areas excluded by Art. 52(2)).”
“1(2) It is hereby declared that the following (among other things) are not inventions for the purposes of this Act, that is to say, anything which consists of – (a) a discovery, scientific theory or mathematical method…(c) a scheme, rule or method for performing a mental act…or doing business…”
“To address the first part of the test for patentability, I think it is undoubtedly the case that the invention falls within the scope of the excluded matter listed in section 1(2). It does not sit very clearly under a single one or other of the exclusions listed; it has aspects of a scheme, rule or method of doing business and aspects of a mathematical method. But I am confident since the invention lies in the statistical manipulation of data relating to a financial transaction system, that it falls within these exclusions.”
“The exclusion is aimed more at the underlying abstraction of business method - the market making technique in Merrill Lynch’s Application[1989] RPC 561 , or the way of doing the auction in Hitachi, T258/03 (EPO Board of Appeal,21st April 2004 ). In CFPH Mr. Prescott identified joint-stock companies themselves as being methods of carrying out business - see paragraph 41 of his judgment. That has the necessary level of abstraction or method (business method). The invention in the current application does not. It is merely a facility which might be used in a business; or, to put it another way, a tool. That cannot be said of the inventions in Merrill Lynch and Hitachi…Again, in Pensions Benefit Business Partnership (T931/95) the Technical Board of Appeal held that the operation of a pensions scheme on a computer amounted to a method of doing business”
“The claim of this application opens with the words: ‘Electronic circuitry in the form known as ROM’. These words define a well known product. Thereafter the claim goes on to define that circuitry by the way that it will be operated which in effect is a mathematical method of obtaining the square root of a number. Despite the fact that the circuitry is so defined, it seems to me that this is a claim to a ROM having certain circuitry which could be installed in a device such as a calculator. No doubt the basis behind the claim can be said to be a mathematical method or a method for performing a mental act or even a program for a computer in that the ROM functions as a carrier or a program which will be used in a computer.”
“In the present case Mr. Gale claims to have discovered an algorithm. Clearly that, as such, is not patentable. It is an intellectual discovery which, for good measure, falls squarely within one of the items, mathematical method, listed in section 1(2). ”
“Although in theory the method steps could be performed mentally, in practice it would not be possible to do this within any meaningful time frame. The detection of input errors is useful only if it can be done substantially in real time. The invention can only be implemented as part of a computerised system, and the end result is a computerised system which functions more efficiently. In other words, the invention in substance is an improved computerised system, and is not a mental act or a method of doing business.”