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billing issues across international and North American networks In addition, a single, accurate, up-to-date list of operator identifiers would facilitate the increase of mechanization and the growth of electronic business and commerce by providing an industry standard that uniquely identifies an operator Such a list of operator identifiers would fully support the requirements of Recommendation Mfides (see Section 2522) In recognition of this situation ITU-T Study Group 4 proposed a new approach to administering ICCs, opening the door for maintenance agents in the ITU-T In the proposal, the ITU Telecommunications Service Bureau (TSB) would establish a central Web page for the ICC list.

As can be seen from the previous listing, this class provides get and set methods. The main job of this class is to manage information related to weather. Note that this is a very simplistic version of such a weather information service. For example, we want to expose this class as a Web service. In which case, we also decide to provide the description of the interface of this Web service as a WSDL. Our Web service supports SOAP-based communication, and hence, a SOAP binding as well. Thus, this fact also should be considered while generating WSDL using the Java2WSDL tool. Once the WSDL has been generated, it can be registered in a registry such as UDDI accompanied by the business- and other service-related information. So when the prospective Web service users find the Web service, they can obtain the WSDL description corresponding to this Web service and start using it. The following command line instruction shows the usage of the Java2WSDL tool such that it would generate a WeatherInfo.wsdl from the WeatherInfoJavaService class:

In order to simplify updating the data on the ICC list for national administrations that have a large number of ICCs and to keep the list up-to-date, it was proposed that national administrations can maintain a list of their ICCs on their own Web page, or authorize an organization to establish a Web page on their behalf It was proposed that through a Web link on the ITU ICC Web page, one could access the national administration s Web page Together, the central ITU ICC Web page and the linked national administrations Web pages would be referred to as the ITU distributed ICC Web A trial of the ITU distributed ICC Web was implemented in January 2002 The National Exchange Carrier Association (NECA), maintenance agent for T1.

A leap year, which occurs every four years, contains an additional day (February 29). Although the year 1900 was not a leap year, Excel treats it as such. In other words, when you type the following into a cell, Excel does not complain. It interprets this as a valid date and assigns a serial number of 60:

251 Company Codes, revised its Web site and created a new Web page to provide information on ICCs along with a list of approximately 3000 ICCs for North American operators The list of North American ICCs was developed from the publicly available Company Codes that comprise a subset of the complete list of greater than 9600 Company Codes The list of North American ICCs is updated monthly This compares with approximately 670 ICCs in the TSB ICC database as of April 2002 The TSB revised the ITU Web site to provide a separate page for the ICCs for each national administration, in its corresponding role with respect to the ITU distributed ICC Web In addition, the TSB and NECA coordinated the removal of ICCs for North American operators on the ITU ICC list and the addition of those ICCs to the list on NECA s Web site.

/****************************************************************************** next : generates next diffusion random Brownian motion [in] : none [out]: MultiPathGenerator<RAG>::sample_type& : sample type ******************************************************************************/ template <class RAG> inline const typename MultiPathGenerator<RAG >::sample_type& MultiPathGenerator<RAG >::next() const { Array randomExtraction(numAssets_); next_.weight = 1.0; for (Size i = 0; i < next_.value[0].times().size(); i++) { const Sample<Array>& randomExtraction = rndArrayGen_.next(); next_.weight *= randomExtraction.weight; for (Size j=0; j<numAssets_; j++) { next_.value[j].diffusion()[i] = randomExtraction.value[j] * sqrt(timeDelays_[i]); } } return next_; } } }

(Note that in this and subsequent equations, the superscripts next to the satellite coordinates are meant to identify the satellite, and should not be confused with exponents.) In the following section, we proceed to solve this system of equations for the four unknowns, (x, y, z, t) using familiar least squares methods. Although this is not strictly necessary for four unknowns with four parameters, it does generalize the solution to the case where we have m 4 satellites in view.