 Portable telephone set and method for inputting said incoming call reporting melody |
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| Wireless remote telemetry system |
| The present invention is a novel and improved wireless and remote telemetry system which uses low-... |
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| Navigation key for a handset |
| In accordance with the invention there is provided a telephone handset having a front surface with ... |
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| Transceiver with closed loop control of antenna tuning and power level |
| According to one aspect of the present invention, a trainable transceiver is provided that ... |
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| Cellular telephone with audio recording subsystem |
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| Accessory interface system |
| OF THE INVENTION A method and apparatus for accessory detection and interface is disclosed. In the ... |
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| Caller-controller barge-in telephone service |
| In accordance with our invention, telephone systems (either existing or yet to be developed) would ... |
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| Call control method for a radio system |
| The invention relates to a call control method for a radio system, wherein a half-duplex type ... |
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Adaptive collaborative intelligent network system
| Details |
Inventors: Gupta, Pradeep; Kondratiev, Dmitri;
Assignee: Cambira Corporation (Santa Clara, CA)
Primary Examiner: Eng; David Y.
Assistant Examiner:
Attorney, Agent or Firm: Schipper; John F.
System and method for facilitating exchange of information on a computer network, such as the Internet. The system provides one or more context trees, with each tree including two or more connected nodes, each node being associated with one or more selected node objects. Associated with each node is a blackboard for receiving and making available for reading, messages concerning the node object, a knowledge base containing information, facts, constraints and-or rules (Rules) concerning the node object, and an inference engine providing at least one logical rule that can be used to infer a logical conclusion based on at least one Rule in the knowledge base. A tree has a collection of at least two mobile intelligent agents that are configured to facilitate exchange of information on a node object, between two agents or between a node and an agent. An agent may migrate from a first node to a second node connected to the first node. An agent, by subscribing to the Rules of a node, is permitted to post a message on, and to read a message posted on, a blackboard for the subscribed node. The collection of agents has at least one tree agent that has knowledge of nodes that are directlz connected to each node in the tree. |
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DETAILED DESCRIPTION The field of the present invention relates to an Awit Space--a multi agent system (MAS) and living/evolving system for active knowledge representation and exchange on the Internet.
In the context of this document, an agent is a software component that acts as a client's representative or set of application/domain components, and/or system service and with authority from the client to interact in multiple active knowledge spaces distributed on the Internet according to some problem domain.
An Awit Space provides a collaborative environment for its agents, referred to as Awits, and supports secure distributed application model with public key encryption and authentication.
An Awit Space is a distributed programming architecture with persistent state and support for agent mobility.
An Awit Space is an Internet multi-agent system that provides a collaborative environment for the new generation of Internet applications in business and personal applications.
Current Internet application servers from different vendors and other third-party solutions may be integrated in this networked environment to collaborate and to provide services to end-users (business or personal applications).
Just as Java provides a virtual machine for handling different computing environments, an Awit Space provides a virtual rational machine for distributed knowledge processing that supports both mobile data, such as concepts (facts, constraints and rules, referred to collectively as "Rules" herein), and mobile code, expressed in ASpeak, for knowledge representation and agent communication language.
Additionally, the run-time system provides for system-level Awit agent groups and families that implement leasing, encryption, security, and other services such that semantic messages could be interpreted and executed at a context node.
An Awit Space provides for replication of context node(s) to support redundancy and scalability needs.
The result is a distributed system that supports a fluid configuration of intelligent agents and context nodes where operations can be performed anywhere on the Internet, according to the needs of a collaborative environment
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Ring Tones 
