SYSTEM AND METHOD FOR EVENT MANAGEMENT

• US 20090307212A1
• Filed: 07/15/2007
• Published: 12/10/2009
• Est. Priority Date: 07/13/2006
• Status: Abandoned Application

• Current Assignee: Hayoman, Internet Technologies, Ltd.
• Original Assignee: Hayoman, Internet Technologies, Ltd.
• Inventors: Ramot, Arik, Ben-Zeev, Omer, Sudri, Alon
• Application Number:
  US12/373,302
• Publication Number:
  US 20090307212A1
• Time in Patent Office: Days
• US Class Current: 1/1
• CPC Class Codes: G06Q 10/109 Time management, e.g. calendars, reminders, meetings or time accounting

Abstract

A cooperative scheduling system for cooperative scheduling between large numbers of independent users, the users being divided into a several interest groups, comprises: a networked server, a scheduling database associated with the networked server for storing scheduling data, the scheduling database allowing categorization of the data for the interest groups; a multi-user input interface for allowing multiple remotely located users to enter scheduling data to the scheduling database, the data being categorized for the interest groups; and a multi-user output interface for allowing multiple remotely located users to retrieve scheduling data from the scheduling database, the output interface including a configuration for filtering of the retrieval according to category. Thus scheduling data is stored at a central location in a cooperative effort and is retrieved according to the level of relevance to the user.

Claims

1. A cooperative scheduling system for cooperative scheduling between a plurality of users, said users being divided into a plurality of interest groups, the system comprising:

a networked server,

a scheduling database associated with said networked server for storing scheduling data, said scheduling database further being configured to allow categorization of said data for said interest groups;

a multi-user input interface for allowing multiple remotely located users to enter scheduling data to said scheduling database, said data being categorized for said interest groups;

a multi-user output interface for allowing multiple remotely located users to retrieve scheduling data from said scheduling database, said output interface including a configuration for filtering of said retrieval according to category.

2. The cooperative scheduling system of claim 1, wherein said database is configured with predetermined categories.

3. The cooperative scheduling system of claim 2, wherein said database is configured to accept additional user configurable categories.

4. The cooperative scheduling system of claim 1, wherein said database is further configured with a user setup interface to allow a user to indicate his interest group.

5. The cooperative scheduling system of claim 4, wherein said server comprises a data pushing unit for pushing to a user scheduling information of relevance to his indicated interest group.

6. The cooperative scheduling unit of claim 5, wherein said data pushing unit comprises email functionality for pushing said scheduling information as an email.

7. The cooperative scheduling unit of claim 5, wherein said data pushing unit comprises text messaging functionality for pushing said scheduling information as a text message.

8. The cooperative scheduling unit of claim 5, wherein said data pushing unit comprises cellular communication functionality for pushing said scheduling information via a cellular network.

9. The cooperative scheduling unit of claim 1, wherein at least one of said input interface and said output interface comprises cellular interface functionality for interfacing across a cellular network for said scheduling data.

10. The cooperative scheduling unit of claim 1, wherein at least one of said input interface and said output interface is configured to exchange data with a personal calendar of a respective remote user.

11. The cooperative scheduling unit of claim 1, wherein said input interface comprises linking functionality for automatically receiving data from preselected scheduling data sources.

12. The cooperative scheduling unit of claim 1, wherein said configuration for filtering of said retrieval further comprises a search engine.

13. The cooperative scheduling unit of claim 1, further comprising a learning unit, configured to learn additional interests of a user from actual usage by said user.

14. The cooperative scheduling unit of claim 13, wherein said actual usage is network usage outside of said scheduling unit.

15. The cooperative scheduling unit of claim 1, further comprising an event interest measuring unit configured for measuring interest by users in a given event.

16. The cooperative scheduling unit of claim 15, wherein said event interest measuring unit is configured to assign different levels of interest to different parts of an event notification and to score said interest according to user interaction with said different parts.

17. A method of cooperative scheduling comprising:

providing a networked scheduling location;

receiving scheduling data from a plurality of remotely located supplying users;

categorizing said scheduling data;

posting said scheduling data to said scheduling location;

supplying to remotely located retrieving users a filtering interface, said interface being responsive to said categorizing; and

allowing said remotely located retrieving users to retrieve scheduling data of interest from said scheduling location via said filtering interface.

18. A search engine configured with an events database in which each event has a time of occurrence, the search engine comprising:

a search module for searching said database for events in accordance with input search criteria and

a calendarized output module configured to present output search results as items within a calendar display.