he file system; "Extractor Agents," which dig for character patterns in documents; and "Process Agents," which can run on-line analytical processes (OLAP) or put together a base of information from the Extractor Agents' discoveries. Gentium's agents are able to build and update entire data warehouses and general information bases for decision support.
Siemens Nixdorf's road map for its workplace information management system includes agents that take over routine business tasks. SmartAssist, SNI's object-oriented personal task and work-flow planner for Wind
ows, was released in March and will be enhanced through a "MAPI Agent," an "Info Agent," and a "Phone Agent" during 1996. The MAPI Agent will enable SmartAssist to react to events in the MAPI subsystem, to understand the properties of received messages, and to execute predefined actions such as informing the user or forwarding messages. The Info Agent will be able to retrieve, filter, and sort data from different sources; for example, MAPI message stores, Internet newsgroups, the Web, or other on-line services.
The most intriguing Phone Agent combines computer telephony and voice recognition. It will be able to respond to a call depending on Caller ID, accept voice commands for updating appointments in the personal scheduler of SmartAssist, or activate speech-to-text operations. Phone Agent will be able to arrange appointments with callers or autonomously distribute calls to your colleagues, SNI says.
AutoNomy,
Cambridge Neurodynamics' suite of neural network-based agents, le
ts users locate and retrieve information on the Web. The "Press Agent," for example, goes out and compiles a personal newspaper based on the user's interests. The "Mail Agent" reads, digests, and filters incoming e-mail. Agents accept queries posed in natural language. Users can interact with the search process directly or leave the agents hunting in the background.
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Cambridge Neurodynamics' AutoNomy deploys neural nets to examine the Web.