International Business Machines Corporation

Mc10, Inc.

Commure, Inc.

Datapower Technology, Inc.

Eugene Kuznetsov

Heather D Achilles

Steven R Willis

Nicholas D Matsakis

Charles Robert Morgan

Jan-Christian Nelson

David Zachary Maze

Richard Eugene Salz

Kenneth R Ballou

Roozbeh Ghaffari

William J Arora

Bassel De Graff

Gilman Callsen

Benjamin Schlatka

Patrick R McManus

Cyrus Abda Dolph, V

Alexandre Polozoff

William T Lynch

Robert Woolf

Anthony M French

Jonathan H Wenocur

Cyrus Abda Dolph V

Jeffrey Kenton

Diede Van Lamoen

Managing healthcare information includes a first healthcare professional subscribing to a subset of medical information for a patient in a healthcare information framework having a datastore containing electronic health records for the patient, the first healthcare professional being a member of a life-long care team for the patient that includes all care teams encountered by the patient at any time, a second healthcare professional posting medical information about the patient in the healthcare information framework, pushing, in real time or near real time, the medical information to at least one server that is coupled to the datastore, and the at least one server causing the first healthcare professional to automatically receive the subset of the medical information based on the first healthcare professional subscribing to the subset of the medical information. The second healthcare professional may be invited based on analysis of data in the datastore.

Use and coordination of healthcare information within life-long care team

System, devices and methods are presented that integrate stretchable or flexible circuitry, including arrays of active devices for enhanced sensing, diagnostic, and therapeutic capabilities. The invention enables conformal sensing contact with tissues of interest, such as the inner wall of a lumen, a nerve bundle, or the surface of the heart. Such direct, conformal contact increases accuracy of measurement and delivery of therapy.

Systems, methods, and devices using stretchable or flexible electronics for medical applications

Systems, methods and apparatus operate to receiving a markup processing program containing a set of markup processing instructions. Each markup processing instruction includes an operation defining a processing operation to be matched to a markup language representation and a corresponding action to be performed upon matching the operation to the markup language representation. The system receives the markup language representation containing encoded items representative of markup language constructs and executes the markup processing program in conjunction with the markup language representation to dynamically control generation of an output control signal indicating how the markup language representation is to be processed for generation of output based on the markup language representation. The markup processing program is applied in real-time to streaming XML data and represents logic instructions that carry out application of post processing such as XPATH expression evaluation, schema validation or other post processing on the stream of XML data.

Method and apparatus for stream based markup language post-processing

Embodiments of the present invention address deficiencies of the art in respect to extensible markup language (XML) data processing and provide a novel and non-obvious method, system and computer program product for inter-device transfer of parsed XML documents. In one embodiment of the invention, a markup serialization method can be provided. The method can include receiving a request in a second computing process for offloaded parsing of markup from an application in a first computing process, retrieving markup from the application, parsing the markup in the second computing process to produce a serialized data object for the markup, placing the serialized data object into shared memory for the application, and returning a reference to the serialized data to the application.

Coordinated XML data parsing and processing from within separate computing processes

Systems, methods and apparatus provide a character process for processing markup language data, such as XML data, by receiving a character stream of markup language data and applying sequences of characters of the character stream to a set of state machines. The set of state machines includes a plurality of construct state machines responsible for processing respective markup language constructs identified by the sequences of characters. The character processor produces, from application of the sequences of characters to the set of state machines, an intermediate representation of the markup language constructs identified by the sequence of characters of the character stream of markup language data. The intermediate representation contains encoded items containing type, length, value representations representative of constructs within the character stream of markup language data.

Methods and apparatus for converting markup language data to an intermediate representation

A system assigns identities to received content portions by determining if the content portion has an assigned content identifier, and if so, applying the assigned content identifier to the content portion received. If the content portion does not have an assigned content identifier, the system selects an unassigned content identifier, from the set of unassigned content identifiers, for assignment to the content portion and assigns the unassigned content identifier to the content portion so that the unassigned content identifier becomes an assigned content identifier in a set of assigned content identifiers. The system associates a persistence metric to the assigned content identifier. The persistence metric indicates an importance of longevity of the assignment between the content portion and the content identifier. The system performs a recover operation to unassign content identifiers in the set of assigned content identifier based on a persistence metric of those assigned content identifiers.

Methods and apparatus for assigning content identifiers to content portions

A flexible system for associating a data stream with one or more secure control files based on mapping self-declared identifiers to trusted identifiers. It has particular application in relation to XML documents, XML Schema, XPath/XSLT/XQuery and WSDL file processing. Control file identifiers are detected in a data stream and transformed to map to new identifiers which are correlated to locations which are more secure and/or accessible. Optionally, copies of the control files are then stored and maintained at the new locations.

System and method remapping identifiers to secure files

A markup language processing device processes markup language messages by receiving a message containing portions of tagged data formatted in a markup language and applying a transform selection rule set to at least one tagged rule selection data portion in the message to select at least one markup language transformation to apply to the tagged pre-transform data portion within the message. The markup language processing device applies the selected markup language transformation to transform the tagged pre-transform data portion to a tagged post-transform data portion according to a transformation function and then conditionally forwards the message. The markup language processing device operates on behalf of a computerized device that is not required to process the message due to operation of the at least one markup language transformation within the markup language processing device. The markup language processing device can process XML message for security and other purposes thus offloading such processing requirement from server computer systems.

Methods and apparatus for processing markup language messages in a network

A high level transformation method and apparatus for converting data formats in the context of network applications, among other places. A flexible transformation mechanism is provided that facilitates generation of translation machine code. A translator is dynamically generated by a translator compiler engine. When fed an input stream, the translator generates an output stream by executing the native object code generated on the fly by the translator compiler engine. In addition, the translator may be configured to perform a bi-directional translation between the two streams as well as translation between two distinct protocol sequences. Further a translator may working in streaming mode, to facilitate streaming processing of documents.

Method and apparatus of streaming data transformation using code generator and translator

A representation of a markup language data such as XML expressed as a sequence of encoded items provides a data format including a type field containing i) a construct type identifying a type of markup language data construct to which the encoded item corresponds or, ii) a directive type identifying directive information concerning a processing characteristic associated with the sequence of encoded items. If the type field contains a construct type, the encoded item includes i) a length field containing a size of construct data associated with the markup language data construct to which the encoded item corresponds and ii) a value field identifying construct data associated with the markup language data construct to which the encoded item corresponds. For a directive type, the encoded item includes a directive value supplementing the directive information concerning a processing characteristic associated with the sequence of encoded items.

Methods and apparatus for representing markup language data

Information represented in text-based markup languages, such as XML, is often a large, highly nested structure corresponding to complex patterns of metadata and/or data. Parsing such data streams via conventional software mechanisms rapidly exhibits degrading performance as the size, or volume, of data increases. Further, such do not perform dynamic modification to the output in response to feedback based on the data being parsed. An adaptive XML processing hardware apparatus processes an XML document in a manner suited to the invoking application, and processes the incoming XML into an optimal structure based on the type of data and a set of rules relating the type of the data to the output format. It also dynamically augments the output information stream based on the data, at the option of the invoking system. The generated output may take a tree form, adaptable for efficient traversal of the hierarchical structure represented by the input XML, or may involve an attribute approach, in which the XML takes the from of a stream of fixed length cells containing optimized representations of input data, or may take a combination of the two approaches, based on configuration and XML input stream.

Method and apparatus for processing markup language information

A high level transformation method and apparatus for converting data formats in the context of network applications, among other places. A flexible transformation mechanism is provided that facilitates generation of translation machine code on the fly. A translator is dynamically generated by a translator compiler engine. The translator compiler engine implemented according to the present invention uses a pair of formal machine-readable format descriptions (FMRFDs) and a corresponding data map (DMAP) to generate executable machine code native to the translator platform CPU. When fed an input stream, the translator generates an output stream by executing the native object code generated on the fly by the translator compiler engine. In addition, the translator may be configured to perform a bi-directional translation between the two streams as well as translation between two distinct protocol sequences.

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Cambridge, MA, United States of America

Eugene Kuznetsov