Agiledelta, Inc.

Oracle International Corporation

Bea Systems, Inc.

John C Schneider

Richard A Rollman

Milen M Nankov

Ethan Hugg

Terry Leonard Lucas

Derek Ernest Denny-Brown, Ii

Adam Bosworth

Kenneth Eric Vasilik

Terry Lucas

Alexander Vitas Ceponkus

In embodiments, apparatuses, computer-readable media, and methods for interface-adaptive data exchange may be described. A sender and a receiver may communicate using different versions of a data exchange interface. A serializer may be configured to obtain data generated according to a first version of the data exchange interface and to write data to a communication medium for communication to the receiver such that it may be understood by the receiver based on the receiver's version of the data exchange interface. The serializer may be configured to omit one or ones of data that may be not be understood by the receiver based on the receiver's version of the data exchange interface. In some embodiments, the serializer may omit one or ones of data which are not permitted in the current context according to the interface definition. In various embodiments, the serializer may determine the extent of the omitted data based on an end delimeter, a length of data to-be-omitted, or a description of the sender's version of the data exchange interface. Other embodiments may be described.

Interface-adaptive data exchange

Methods, apparatuses, and articles of manufacture for receiving data from one or more processes, receiving or deriving a knowledge representation describing the data, which may include one or more finite automata, determining a plurality of values for encoding the data, said determining based at least in part on the knowledge representation of the data, which may include one or more finite automata, and generating the plurality of encoding values to encode the data, are described herein.

Knowledge based encoding of data

Methods, apparatuses, and articles of manufacture for receiving a stream of data, splitting the stream of data into a plurality of substreams based on one or more criteria, and selectively recombining the substreams based on one or more additional criteria, to improve overall effectiveness in compressing the stream of data, are described herein.

Multiplexing binary encoding to facilitate compression

A system includes a processor, a storage medium, an extensible markup language (XML) schema stored on the storage medium, and a script for manipulating an XML document stored on the storage medium. The script includes an import function to import the XML schema such that the definitions of the XML schema are used to interpret the script.

Integration of external schemas and types into native programming languages

Methods, apparatuses, and articles of manufacture for encoding data and decoding encoded data based on one or more knowledge representation describing the data, which may include one or more finite automata; for multiplexing the encoded data, after encoding the data; and for de-multiplexing the encoded data, before decoding the encoded data, are described herein.

Knowledge based encoding of data with multiplexing to facilitate compression

Methods, apparatuses, and articles for exchanging by a first computing device with a second computing device indicia of one or more interfacing definitions supported by at least one of the first computing device and the second computing device are described herein. In various embodiments, the first computing device may also facilitate communication with the second computing device based at least in part on said exchanging and on one or more priority rules. In some embodiments, the indications of the interfacing definitions may include a unique identifier for each interfacing definition. Other embodiments are also disclosed and described.

Automatic identification, negotiation, synchronization, and update of system interfaces

A system is provided for manipulating data representation language based&#x2014;objects in a native programming language environment. In one embodiment, the system is used to map data objects of the data representation language to corresponding objects within the native programming language and vice versa. In one embodiment, the system is equipped to receive a mapping definition mapping selected elements of a data representation language, such as an XML data structure, to selected objects of a programming language, such as ECMAScript. The system is further equipped to determine whether the mapping definition comprises one or more definitional statements expressed with data representation language oriented language elements of a programming language. Further, the system is equipped to process the mapping definition statements comprising data representation language oriented language elements of the programming language, in accordance with syntactical and semantic definitions of the data representation language oriented language elements.

Growing community of inventors

Bellevue, WA, United States of America

John C Schneider