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The rules engine is designed to be an all-encompassing engine that provides a merchant with the ability to set up and manage all of the fraud-prevention tools under one application This gives the merchant the capability to write and edit rules and integrate new prevention tools more rapidly and effectively With this type of rules engine, you can alter your risk-prevention capabilities on the back end without having to touch the code in your front-end systems each time you need to make a change The rules engine evaluates orders via a previously deployed strategy This part of the rules engine provides a way to encompass other business processes and fraud techniques into the solution, such as payment processing, fraud scoring, geolocation, credit checks, and age verification.

From the user s point of view, the new kind of mobility introduced in 1 means the ability to access information, services and people in new ways, expanding the current mobile phone and Internet usage trends into new kinds of seamless service access The popularity of mobile phones and other portable communication devices is a rst step towards this kind of mobility The growth of the mobile market has been remarkable For example, most countries in Europe have an average of more than 75 mobile phones per 100 people in the population [40] According to the International Telecommunication Union, the number of mobile phone subscriptions across the world has been higher than the number of traditional xed/landline subscriptions since 2002 (1155 billion mobile cellular subscribers, compared to 1129 billion xed telephone lines) [26].

The server receives the XML, generates an XML response, and sends it back to the Flash movie. If the password is accepted, the server responds with the following:

However, the concept of mobility means much more than simply accessing web content and services from a portable device As shown, for example, in the WWRF MultiSphere model [58], it is expected that the user will be able to use an ensemble of wearable and portable devices (forming Body Area or Personal Area Networks), which will be able to determine her current situation (context) Speci c contextual information and personal preferences can then be taken into account in tailoring the user s content and services to her particular situation As the user moves through the world, she will encounter new services and resources in the environment (eg services being offered in a WiFi hotspot) and these contextual preferences will be increasingly important In addition, the user should be able to use applications and services seamlessly when mobile, without needing to know any details about the underlying technologies.

Inside the rules engine, you will have the ability to set up business strategies that represent your risk management decisions and consist of work ows and rules The work ows represent a collection of rules and a rule compares data points of a transaction to a set of conditions, or it can compare data points to other data points Think of them as if/then statements that you are writing and that express what elements you look at for predicting risk..

In general, people will expect that higher bandwidth and more constant connectivity, and thus higher quality of service, will be available in this new Mobile World..

Summary

ARQ communication systems are based on the detection of errors in a coded block or frame and on the retransmission of the block or frame when errors have been detected In this case a twoway channel is needed in order to request retransmissions For a given code, the error-detection capability possible in an ARQ system is higher than the error-correction capability of its FEC counterpart, because the error-control capability of the code is spent only on detection, while the correction requires not only the detection but also the localization of the errors On the other hand, there is an additional cost in an ARQ system, which is the need for a retransmission link There are also additional operations for the acknowledgement and repetition processes that reduce the transmission rate of the communication system A block diagram of an ARQ system is seen in Figure 24.

Each codeword is stored in the transmitter buffer and then transmitted This codeword can be affected by noise, so that at the receiving end the decoder analyses if the received vector belongs or not to the code A positive acknowledgement (ACK) is transmitted by the receiver if the received vector or word is a codeword; that is, the decoder did not detect any error in that vector Otherwise the decoder transmits a negative acknowledgement (NAK) if the decoder identi es that the received vector has some errors, and is not a code vector Upon reception of a NAK message at the transmitter, the corresponding block in the transmitter buffer is retransmitted An ARQ system has a reduced transmission rate with respect to an FEC system as a result of the retransmission process In all of this, it is considered that the error probability over the retransmission channel is negligible.