Broadband centralized transportation communication vehicle for extracting transportation topics of information and monitoring terrorist data

• US 20070094268A1
• Filed: 10/21/2005
• Published: 04/26/2007
• Est. Priority Date: 10/21/2005
• Status: Abandoned Application

• Current Assignee: TABE, JOSEPH
• Original Assignee: TABE, JOSEPH
• Inventors: Tabe, Joseph
• Application Number:
  US11/254,973
• Publication Number:
  US 20070094268A1
• Time in Patent Office: Days
• US Class Current: 1/1
• CPC Class Codes: G06Q 10/06 Resources, workflows, human or project management; Enterprise or organisation planning; Enterprise or organisation modelling
• CPC Class Codes: Y02P 90/80 Management or planning

Abstract

A centralized Transportation communication vehicle for extracting transportation topics of information from a database such as the web, such that the web is made searchable for occurrences of topics of transportation information. The occurrences of topics of transportation information that were found in the database are analyzed to identify a pattern in which the topics were stored or extracted, and enabling the web and the topics to form a centralized transportation communication engine that enables communication with different systems and responsive to all different platforms, enabling the different platforms to talk to one another through one centralized system that integrates with all government transportation agencies, all police stations, all fire department agencies, homeland security agencies, and all local government agencies seamlessly in real time. The centralized transportation engine forming a broadband for a centralized transportation communication vehicle having the capabilities to integrate seamlessly with all existing transportation industries, commercial transportation companies, homeland security department, all fleet STEMS, car rental companies and all garages in the nation and around the world through their local existing systems and enable these systems to talk to each other and communicate better in real time interaction, real responsive, real resourceful, and real responsible to transportation system analysis, preventive maintenance scheduling and reprogramming, monitoring of at least a terrorist desiring transportation topics of information, and enabling a centralized database interaction with existing transportation companies.

Claims

1. A centralized Transportation search engine for routing and extracting transportation topics of information from a database such as the web and enabling computer implemented method of extracting the said transportation information to enable transportation data sharing, parts purchasing, preventive maintenance scheduling and services, and providing solutions to failed components through the web, and further includes forming a centralized transportation communication vehicle that enables communication with different systems and responsive to all different platforms, enabling the platforms to talk to one another through one centralized system that integrates with all government transportation agencies, all police stations, all fire department agencies, and all local government agencies seamlessly in real time, and wherein the centralized transportation vehicle forming a broadband for enabling a centralized transportation communication system having the capabilities to integrate seamlessly with all existing transportation industries, commercial transportation companies, all fleet and STEMS, all car rental companies and all garages in the nation and around the world through their local existing systems and enabling these systems to talk to each other and communicate better in real time interaction, real responsive, real resourceful, and real responsible to transportation system analysis, preventive maintenance scheduling and reprogramming, terrorist name search through a centralized database, wherein the centralized system'"'"'s interaction with existing companies comprising the steps of:

searching the database for occurrences of at least one transportation topic of information;

analyzing an occurrence of the said topic of information that was found in the database to identify a pattern in which the topic of information was stored;

extracting additional transportation topics of information from the database utilizing at least the pattern;

providing at least one topic of information as an example of information that is desired for transportation preventive maintenance and services;

Proving at least one topic of information as an example of information for a terrorist name in said local existing system;

repeating the searching, analyzing and extracting data for additional topics of information that is desired for solving failed transportation component; and

Repeating the searching, analyzing and extracting data for additional topics of information that is desired for tracking a terrorist desiring a transportation service.

2. The method of claim 1, wherein repeating the searching is enabled for analyzing and extracting the additional topics of information until a predetermined number of topics of information is extracted, and wherein the pattern is defined by at least a regular expression, context free grammar or computable function, wherein the pattern is operatively configured with a middle text, where the middle text is between desired topics of information and the various makes and models of a transportation vehicle.

3. The method of claim 1, wherein the pattern includes a prefix text and suffix text, wherein the prefix text precedes desired transportation topics and generates information and the suffix text follows desired transportation topics of information and enables communication of the found topics of information including an order of the transportation topics of information for each make and modeled vehicle, and at least a transportation company rendering service to a terrorist.

4. The method of claim 1, wherein the pattern includes a URL prefix, where the URL prefix is the initial portion of the URL where the pattern was identified in relation to responding to the said transportation topics of information, and further comprising verifying if an additional topic of information that matches a predetermined number of patterns, wherein the predetermined number of patterns is greater than at least 1, and wherein the additional transportation topic of information is rejected if it does not match at least once, and the predetermined number of patterns is greater than at least 1.

5. The method of claim 1, further comprising verifying if the pattern has at least specificity less than a predetermined specificity, wherein the pattern is rejected if the specificity is less than the predetermined specificity of at least a make and modeled vehicle, at least a terrorist and/or their network, and whereby repeating the searching, analyzing and extracting for additional transportation topics of information is enabled, wherein the searching, analyzing and extracting for the additional topics of information continues until no more patterns are identified that have a specificity greater than the predetermined specificity.

6. The method of claim 5, wherein the database is the World Wide Web and the specificity increases in proportion to the number of topics of information that match the pattern, wherein calculating the specificity is enabled by multiplying text string lengths of components of the pattern.

7. The method of claim 1, wherein the centralized transportation search engine comprises computer program product for extracting transportation topics of information from a database, further comprising the steps of:

enabling a computer code that searches the database for occurrences of at least one topic of information;

enabling a computer code that analyzes an occurrence of a topic of information that was found in the database to identify a pattern in which the topic of information was stored;

enabling a computer code that extracts additional topics of information from the database utilizing the pattern;

communicating with a computer readable medium that stores the computer codes.

Implementing at least a method of extracting information from a database;

searching the database for occurrences of topics of information;

analyzing the occurrences of the transportation topics of information that were found in the database to identify a pattern in which the topics of information were stored, wherein a pattern includes a prefix text, a middle text and suffix text, where the prefix text precedes desired information in the topics of information, the middle text is between desired information in the topics of information and the suffix text follows desired information in the topics of information;

extracting additional topics of information from the database utilizing the pattern; and

repeating the searching, analyzing and extracting for additional transportation topics of information.

8. The method of claim 7, wherein repeating of the searching, analyzing and extracting for the additional topics of information continues until a predetermined number of topics of information are extracted and further comprising providing the topics of information as examples of information that are desired, and wherein the centralized transportation search engine operatively configured with at least a computer readable medium, including at least a CD-ROM, floppy disk, tape, flash memory, system memory, hard drive, or data signal embodied in a carrier wave.

9. The method of claim 7, wherein the pattern includes an order of the information in the transportation topics of information, and further includes a URL prefix, where the URL prefix is the initial portion of the URL where the pattern was identified, and wherein the centralized transportation search engine includes means for verifying if an additional topic of information matches a predetermined number of patterns, wherein the predetermined number of patterns is greater than 1.

10. The method of claim 9, further comprising verifying if the pattern has a specificity less than a predetermined specificity and further comprising repeating the searching, analyzing and extracting for additional topics of information, wherein the searching, analyzing and extracting for the additional topics of information continues until no more patterns are identified that have a specificity greater than the predetermined specificity, wherein the additional topic is rejected if it does not match at least the predetermined number of patterns and the pattern is rejected if the specificity is less than the predetermined specificity.

20. The method of claim 1, further comprising:

automatically selecting a preferred name or product from a list of terrorist and/or products;

generating a plurality of queries;

automatically selecting a preferred product from the list of products and a name from the list of terrorist using a neural network configured with a transportation decision engine to analyze responses to the queries;

wherein the transportation decision engine automatically generates first and second queries, where the second query is a function of a response to the first query;

and wherein the transportation decision engine selects the preferred product is a function of fewer responses than the plurality of queries;

wherein the network is an internet network;

wherein the network is an intranet network;

21. The method of claim 20, wherein the step of generating transportation topic queries comprises generating queries using stochastic modulation;

generating a retraining query and retraining the neural network as a function of a response to the retraining query;

generating a query with a set of response options, where the response options are a function of trend data;

wherein the trend data includes stock-related trend data.

22. The method of claim 21, wherein the trend data includes at least a centralized transportation parts shopping or ware house-related trend data, and further comprises market trend data, user trend data, comprising the step of:

selecting a preferred product as a function of a user profile that includes information submitted during a current user session.

relating information to responses from a user'"'"'s prior selection process and prior activities with a vendor.

23. The method of claim 4, further comprising:

generating a transportation topics of information as a function of at least a query and/or responses, wherein the generating queries includes generating queries until the confidence level exceeds a confidence threshold.

retraining the neural network.

wherein the retraining the neural network comprises retraining the neural network as a function of the responses.

retraining the neural network further comprises retraining the neural network as a function of response trends.

retraining the neural network further comprises retraining the neural network as a function of market trends.

11. A centralized Transportation search engine for routing and extracting transportation topics of information from a database such as the web and enabling computer implemented method of extracting the said transportation information to enable transportation data sharing, parts purchasing, preventive maintenance scheduling and services, and enabling solutions to failed transportation components through the web, forming a centralized transportation communication vehicle that enables communication with different systems and responsive to all different platforms, enabling the platforms to talk to one another through one centralized system that integrates with all government transportation agencies, all police stations, all fire department agencies, and all local government agencies seamlessly in real time, and wherein the centralized transportation vehicle forming a broadband for a centralized transportation communication system having the capabilities to integrate seamlessly with all existing transportation industries, commercial transportation companies, all fleet and STEMS, all car rental companies, and all garages in the nation and around the world through their local existing systems and enabling these systems to talk to each other and communicate better in real time interaction, real responsive, real resourceful, and real responsible to transportation system analysis, preventive maintenance scheduling and reprogramming, terrorist name search through a centralized database, wherein the centralized system interaction with existing companies comprising the steps of:

Using a centralized system to communicate with transportation companies, corporations, car rental companies, garages, and industries seamlessly via a network communicatively connected to at least a server operatively configured with software programs for identifying stored information accessible over said network;

receiving initial results of an initial search by the network client of the stored information from a network server;

performing an additional search of the initial results from the network on the results received, wherein the additional search provides additional results;

transferring data associated with the additional results from the network client back to the network server;

identifying stored information comprises identifying information accessible using the Internet;

receiving initial results comprises receiving descriptions of transportation topics of information and files accessible over the network;

receiving topics descriptions comprises receiving network addresses associated with the transportation topics and files.

performing an additional search comprises comparing the initial results to user-entered criteria and downloading the files corresponding to the initial results, and comparing the downloaded files to user-entered criteria.

performing an additional search comprises categorizing files referenced by the initial results and categorizing comprises manipulating icons within a graphical user interface executable on the network;

transferring data associated with the additional results comprises transferring a categorization of the initial results and transferring data associated with the additional results comprises transferring an indicator of the relevance of at least one of the files; and

transferring data comprises transferring the additional results and comprises transferring instructions for updating a database, and said instructions are derived from said additional results.

12. A method of claim 11, further comprising using a network server in identifying stored information accessible over a network,

transferring to a network client initial results of an initial search of the stored transportation information;

receiving from the network client data associated with additional results from an additional search of the initial results transferred to and located on the network client;

using the received data to update a database on the network server containing transportation topics of information characterizing the stored information, such that results of future searches may be improved;

selecting a preferred product from a list that includes a plurality of products for at least a transportation topic;

presenting a sequence of queries on transportation topics to a user, the user responding to each query in sequence with a corresponding response;

in response to a user response to a query in the sequence, using a neural network to delete at least one product from the list to provide an updated list;

continuing with the presentation of the sequence of queries to the user in the event that the user does not select a preferred product from the updated list; and

selecting at least a product from a group consisting of centralized transportation parts shopping or ware house services, preventive maintenance services, terrorist name search, Standard Transportation Excellent Maintenance Solution and services, transportation content, and credit card processing services, insurance services, telecommunications services, and combinations thereof.

13. The method of claim 12, wherein the queries are presented to the user via at least a network based browser operatively configured with the centralized transportation search engine server having means for generating an updated list of products and information from an original list of a plurality of products and information, and communicatively connected to a neural network-based transportation decision engine for responding to user sequence of queries provided, upon receipt of a query, enabling responses and deleting at least one product from a current list of products to provide the updated list of products is enabled.

14. The method of claim 13, wherein the services include centralized transportation parts shopping or ware house services via a network or an internet network, intranet/ network, and further includes tracking down terrorist by name and by at least a transportation topic of activity.

15. A Centralized transportation search server engine operatively configured with a neural network based transportation decision engine communicatively connected to at least a computer means for generating a sequence of plurality of queries and for selecting at least a preferred product as a function of responses to the queries, wherein a transportation decision engine generates subsequent queries as a function of at least a response to a previous query and wherein the transportation decision engine selects the preferred product and services as a function of a number of responses that are less than or equal to the plurality of queries, said centralized Transportation search engine routing and extracting transportation topics of information from a database such as the web and enabling computer implemented method of extracting the said transportation information to enable transportation data sharing, parts purchasing, preventive maintenance and services, and solution to failed components through the web, forming a centralized transportation communication vehicle that enables communication with different systems and responsive to all different platforms and enabling the platforms to talk to one another through one central system that integrates with all government transportation agencies, all police stations, all fire department agencies, and all local government agencies seamlessly in real time, and wherein the centralized transportation vehicle forming a broadband for a centralized transportation communication system having the capabilities to integrate seamlessly with all existing transportation industries, commercial transportation companies, all fleet and STEMS, and all garages in the nation and around the world through their local existing systems and enabling these systems to talk to each other and communicate better in real time interaction, real responsive, real resourceful, and real responsible to transportation system analysis, preventive maintenance scheduling and reprogramming, wherein the centralized database interaction with existing companies the search engine server comprising:

a cache engine responsive for identifying downloadable content of transportation topics of information;

a database operatively connected to the transportation decision engine, wherein the database stores the queries and query correlation;

transportation decision engine for calculating a confidence level after receiving a response, wherein the transportation decision engine selects a preferred product as a function of the responses received before the confidence level exceeds a confidence threshold;

means for determining a confidence level after receiving each response to at least a query, wherein the query includes a centralized transportation parts shopping or ware house type query that classifies a user by the user'"'"'s centralized transportation parts shopping or ware house preferences;

a neural network based transportation decision engine that automatically generates queries and selects a preferred product as a function of responses to the queries, wherein the transportation decision engine generates first and second queries, where the second query is a function of a response to the first query, and wherein the transportation decision engine comprises a plurality of self organizing maps comprising a plurality of memory locations for storing sub words, wherein the memory locations comprises a corresponding link, wherein the transportation decision engine compares a response to a subset of the sub words.

means for proving at least one topic of information as an example of information for a terrorist name in a local existing system;

means for repeating the searching, analyzing and extracting data for additional topics of information that is desired for tracking a terrorist desiring a transportation service.

a training module for training the transportation decision engine, wherein the training module allows iterative training of the transportation decision engine; and

means for generating the queries using stochastic modulation.

16. The centralized transportation search engine server of claim 15, further comprising:

a retraining module that adjusts links between memory locations as a function of a response;

means responsive to a query relating to the accuracy of the neural network in selecting the preferred topic and/or product;

a retraining module that adjusts a correlation as a function of said response;

said retraining module adjusting a correlation as a function of an activity with the preferred topic and/or product;

said retraining module adjusting a correlation as a function of vendor input;

said vendor is a vendor of Standard Transportation Excellent Maintenance Solution and services, including car rental services; and

said vendor is a vendor of transportation services and topics, including a centralized transportation parts and/or ware house services.

17. The centralized transportation search engine server of claim 16, wherein said means responsive for identifying stored information accessible over a network communicatively connected with a network client responsible for performing an additional search on initial search results received from a network server, wherein the network client further responsive for transferring data associated with additional search results to the network server.

18. The centralized transportation search engine server of claim 16, wherein a client-side search program responsive for comparing the initial search results to user-entered criteria is operatively configured with the network client, said network client comprises a computational device, including at least a processor, a storage device, a browser program, and a client-side search program, and wherein the computational device comprises a computer, telephone or personal digital assistant, said client-side search program comparing network-accessible files referenced within the initial search results to user-entered criteria, further comprising:

the client-side search program configured with categorized network-accessible files referenced within the initial search results;

means for identifying stored information accessible over a network, said means comprising at least a network server operatively configured with a network client for transferring initial search results said network client and receive from the network client data associated with additional search results from an additional search of the initial search results; and

said network server further comprises a database including information characterizing network-accessible files, and wherein said network server is further operatively configured with at least a system having means to use the data received from the network server and communicatively connected to said network client for updating the database for enabling improvement on the results of future searches.

19. A centralized transportation search engine operatively configured with at least a computer-usable carrier medium, said centralized transportation search engine routing and extracting transportation topics of information from a database such as the web and enabling computer implemented method of extracting the said transportation information to enable transportation data sharing, parts purchasing, preventive maintenance and services, terrorist tracking through transportation topics of services and enabling routing at least a solution to failed components through the web, forming a centralized transportation communication vehicle that enables communication with different systems and responsive to all different platforms and enabling the platforms to talk to one another through one central system that integrates with all government transportation agencies, all police stations, all fire department agencies, and all local government agencies seamlessly in real time, and wherein the centralized transportation vehicle forming a broadband for a centralized transportation communication system having the capabilities to integrate seamlessly with all existing transportation industries, commercial transportation companies, all fleet and STEMS, and all garages in the nation and around the world through their local existing systems and enabling these systems to talk to each other and communicate better in real time interaction, real responsive, real resourceful, and real responsible to transportation system analysis, preventive maintenance scheduling and reprogramming, wherein the centralized database interaction with existing companies, comprising:

first program instructions executable on a computational device of a network client for receiving from a network server initial results of an initial search of stored information available over a network linking the computational device and the network server;

second program instructions executable on the computational device of the network client for performing an additional search of the initial results, wherein the additional search provides additional results; and

third program instructions executable on the computational device of the network client for transferring data associated with the additional results to the network server.

said first program instructions further configured to receive said initial results from at least a server-side search program executable on at least a network server.

Said first program instructions executable on a computational device of a network server for transferring to a network client initial results of an initial search of stored information available over a network linking the computational device and the network client; and

second program instructions executable on the computational device of the network server for receiving data associated with additional search results from the network client.

said carrier medium further comprising said third program instructions executable on the computational device for using the data received from the network client to update a database used in performing the initial search.