Finally, it must display its proposals clearly but unobtrusively, and provide an efficient mechanism by which they can be accepted. Second, the system must be able to operate in real time and be fast enough to keep up with its user. The tool should limit its proposals to those in which it has reasonable confidence and it should adapt its behavior to the current context, based on what it has learned from the translator. First, unlike standard MT, the system must take into account not only the source text but that part of the target text which the user has already keyed in. This idea poses a number of technical challenges. We feel that using the target text as the medium of interaction will result in a tool that is more natural and useful for translators. While this is useful in some situations (for example, when the user has little knowledge of the target language), it has not been widely accepted by translators, in part because it requires capabilities (in formal linguistics) that are not necessarily those of a translator. In previous attempts at interactive MT, the user has had to help the system analyze the source text in order to improve the quality of the resulting machine translation. The novelty of this project lies in the mode of interaction between the user and the machine translation (MT) technology on which the system is based. when the translator makes a mistake, the system can provide a warning, either implicitly by failing to complete the mistake or explicitly by attaching an annotation for later review.when the translator is searching for an adequate formulation, the proposals can serve as suggestions.when the translator has a particular text in mind, the system's proposals can speed up the process of typing it.
#TRANSTYPE D PROFESSIONAL#
Backed by multi-tier professional support, including free email support and enterprise-level paid support.There are several ways in which such a system can be expected to help a translator:.Detailed reference documentation, sample applications, fully-indexed help files, and an extensive online knowledge base.Rigorously tested, rock solid libraries that have undergone hundreds of thousands of hours of testing both internally by our QA team and externally through customer installations.Native development components for all supported platforms and technologies.Fast, robust, reliable components that consume minimal resources.Components are thread-safe on critical members.Sample applications and tutorials make 3-D Secure implementation fast and easy.
#TRANSTYPE D SOFTWARE#
n software 3-D Secure continues to support 3-D Secure 1.0.2, a standard used worldwide to reduce fraud by verifying purchaser identity during online transactions in programs implemented by Visa, MasterCard, American Express, Discover, and JCB. The refined customer experience reduces friction during checkout and bolsters fraud protection by analyzing additional customer data when authenticating card holders. The toolkit allows easy integration into online shopping carts, websites, and merchant systems, while providing extraordinary flexibility to software developers through easy to use component interfaces.ģ-D Secure 2.2 is an authentication protocol defined by EMVCo and has been designed for modern customer environments, including browsers and mobile devices. n software 3-D Secure is a Certified 3-D Secure 2.2, 2.1 and 1.0.2 library offering support for Visa 3-D Secure, American Express SafeKey, Discover ProtectBuy, MasterCard Identity Check, and J/Secure.
#TRANSTYPE D ANDROID#
New 3DS Server, along with Android and iOS 3DS SDKs, provide 3DS Server and mobile SDK functionality to facilitate integration for both browser-based and mobile flows.ģDS Server and mobile SDKs are EMVCo Certified and listed on the EMVCo Approved Products list. New! 3-D Secure 2.2 and 2.1 are now supported.
0 kommentar(er)
