Oracle International Corporation

Savi Technology, Inc.

Xi Li

Blake T Sullivan

Tal Broda

Edward Farrell

John J Dooley

Yuan Gao

Max Starets

Dipankar Bajpai

Shailesh Vinayaka

David Allen Schneider

Congxiao Lu

Keng-shao Chang

Abhijit A Deshpande

Thomas Alan Greene

Darren Jeffrey Hakeman

A supply chain network system comprises a site data appliance (SDA) and a Universal Data Appliance Protocol (UDAP) adapter coupled with one or more data source equipments (DSE). The SDA collects specification information comprising event information from the one or more DSE. A server is coupled with the SDA in the supply chain network. In response to the server requesting the specification information, the SDA sends to the server the specification information in a Description Document. A data center (DC) is coupled with the server in the supply chain network. The DC receives the Description Document and maps the event information in the specification information with event handlers. A mapping of the event information with the event handlers is sent from the DC to the server. When an event is generated by the one or more DSE, the map is used to select an appropriate event handler to execute.

Managing events within supply chain networks

A system that pushes active data to a client receives a first request for a page that includes active data from the client. The active data includes a component and a corresponding model for a data source of the component. The system determines if the model is active and if so, instantiates an encoder that corresponds to the component. The system queries the model for the active data and renders a user interface representation of the data. The system then returns a response to the request with the user interface representation.

Active data push delivery

A client computer has a master window and at least one slave window. The client computer receives streaming data at the master window. The master window includes a list of slave windows and the data includes an envelope that has a destination window identifier. The master window determines a destination window that corresponds to the window identifier. The master window dispatches the data to a slave window if the destination window is not the master window. Otherwise, the master window streams the data to the destination within the master window.

System for streaming data from server to multiple slave browser windows in client computer through a master browser window

A commerce visibility network allows for the collection and distribution of real-time location and status information regarding the movement of goods and assets through a supply chain. Items and/or conveyances may be individually tagged using radio frequency identifiers or other tagging technologies, such as global positioning satellite technology. The location of an item or conveyance may be marked and information on the location may be stored at a site server. The site server may then upload location information to a data center. Supply chain users may then be charged a fee per tracked item or fee per transaction to access the data center and view reports compiled using the location information regarding each tracked item. This allows for instantaneous access to location and status information of any item in the supply chain. Additionally, aggregation information is provided to allow for the tracking of items which are stored in conveyances, even in several levels of conveyances. Compensation logic is applied to the asset movement data to provide a continuous knowledge of the asset locations, so as to compensate for deficiencies in the raw location data.

Supply chain visibility for real-time tracking of goods

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Sunnyvale, CA, United States of America

Xi Li