Siebel Systems, Inc.

Quinton Instrument Company

David L Rabbers

Martin Susser

Pi-Yu Chung

Magnus Vejlstrup

David John George

Aaron B Hansen

Brian Scott

Xiaofei Huang

Anupam Singhal

Xiao Fei Huang

John Anthony Malley

Gregory John Wright

Philip Scott Hochberg

Linda Jean Shoemaker

James M Wootten

Chou Ying Ly

Todd Edwin Newell

Kevin Patrick Maloney

Darcy B Bellusci

Eric David Peterson

Anthony Edward King

Gregory Allin Bolles

John Joseph Tolan

Thomas Dean Pierce

Sue R Folkerts

Brian Timothy Foster

Kurt Schmidt

Mark Willard Brinton

Kathie Goddard

Eric Gregory Brinster

A method and system for synchronizing a main database of a server and a local database of a handheld device. A user can use an application residing in the handheld device to make transactions in the local database. During a synchronization operation, the handheld device and server are coupled. The system then determines whether the application should be updated and, if so, causes the server to provide an update. The system also causes the handheld device to provide to the server information related to the transactions made by the user to the local database. The system causes the server to perform transactions on the main database based on the transaction information. The system also causes the server to extract data from the main database. The server can then provide at least some of the extracted data to the handheld device to update the local database.

Method and system for server synchronization with a computing device

A method and system for synchronizing a main database of a server and a local database of a handheld device. A user can use an application residing in the handheld device to make transactions in the local database. In a synchronization operation, a synchronization client is used to: establish a connection between a server and the synchronization client; receive an identifier for the main database's structure from the server; receive an identifier for the version of the handheld application from the server; send transaction information to the server; receive metadata to update the handheld application; and receive data extracted from the main database from the server. The synchronization client is also used to update filter information used by the server to reduce the size of the data downloaded to the handheld device.

Method and system for client-based operations in server synchronization with a computing device

The A method and system for server synchronization with a computing device via a companion device is disclosed. In one embodiment, the method comprises synchronizing a device and an enterprise server via a companion device, which comprises retrieving a record extraction sequence from the server; providing the record extraction sequence to the handheld device from the companion device; and extracting records stored on a database according to the record extraction sequence, wherein the extracted records are not already stored on the computing device.

Method and system for server synchronization with a computing device via a companion device

A handheld device performs a data update process to synchronize locally stored data with data from another device, which may be stored in different formats. The handheld device gets the size of the data from the other device. The handheld device applies a scaling factor to the size. The handheld device compares the scaled size to the amount of free memory in the handheld device available for the data update process. The handheld device receives the update data if there is sufficient memory available. Otherwise, the handheld device does not receive the update data in order to conserve power in the handheld device. The handheld device can also perform an error routine to notify the user of the insufficient memory condition and to allow the user to make more memory available.

Method and apparatus for detecting insufficient memory for data extraction processes

A method and system for direct server synchronization with a computing device is disclosed. In one embodiment, the method comprises synchronizing directly a handheld device and an enterprise server, which comprises retrieving a record extraction sequence from the server; and extracting records stored on a database according to the record extraction sequence, wherein the extracted records are not already stored on the computing device.

Method and system for direct server synchronization with a computing device

A method and apparatus for transferring information in synchronizing a server and a handheld device are disclosed. The information is binary information that is then compressed using a suitable compression algorithm. The compressed binary data is then text encoded using a suitable text encoding algorithm. The text encoded information is then encoded according to a protocol associated with the connection between the server and the handheld device. For example, the server can perform the compression and encoding operations on database data to be downloaded to the handheld device to reduce the time needed to transfer the information between the server and the handheld device.

Method and system for transferring information during server synchronization with a computing device

A clinical information reporting system for use with an electronic database for a health care facility, the electronic database being a rotational and modular database for the provision of a scalable and extensible configuration preferably consisting of a workstation as the base configuration and being configurable for use in small and medium network situations and being particularly adapted for the receipt, manipulation, modification and generation of cardiology reports such as resting ECG records and stress ECG records.

Open architecture cardiology information system

Growing community of inventors

Newcastle, WA, United States of America

David L Rabbers