Internet-based application profile database server system for updating graphic application profiles (GAPS) stored within the multi-mode parallel graphics rendering system of client machines running one or more graphic applications

• US 20080211817A1
• Filed: 10/30/2007
• Published: 09/04/2008
• Est. Priority Date: 11/19/2003
• Status: Abandoned Application

• Current Assignee: Google LLC (Alphabet Inc.)
• Original Assignee: Google LLC (Alphabet Inc.)
• Inventors: Bakalash, Reuven, Leviathan, Yaniv
• Application Number:
  US11/980,318
• Publication Number:
  US 20080211817A1
• Time in Patent Office: Days
• US Class Current: 345/505
• CPC Class Codes: G06F 2209/5017 Task decomposition
• CPC Class Codes: G06F 9/5066 Algorithms for mapping a plurality of inter-dependent sub-tasks onto a plurality of physical CPUs mappping at compile time, see G06F8/451
• CPC Class Codes: G06T 1/20 Processor architectures; Processor configuration, e.g. pipelining
• CPC Class Codes: G06T 15/005 General purpose rendering architectures

Abstract

An Internet-based application profile database server system for updating, graphic application profiles (GAPs) stored within a behavioral profile database in a multi-mode parallel graphics rendering system (MMPGRS) embodied within a client machine running one or more graphic applications. Each graphics application has a graphic application profile (GAP), and each client machine has a behavior profile associated with the running of a particular graphics application on said client machine. The Internet-based application profile database server system includes an Internet server, interfaced with a RDBMS, for communicating with one or more client machines over a communication network, such as the Internet, and programming one or more GAPs in each client machine so that the client machine supports users with high graphics performance through adaptive multi-modal parallel graphics operation.

Claims

1. An Internet-based application profile database server system for updating graphic application profiles (GAPs) stored within a behavorial profile database in a multi-mode parallel graphics rendering system (MMPGRS) embodied within a client machine running one or more graphic applications, wherein each said graphics application has a graphic application profile (GAP), and each said client machine has a behavior profile associated with the running of a particular graphics application on said client machine, said Internet-based application profile database server system comprising:

an Internet server, interfaced with a RDBMS, for communicating with one or more said client machines over a communication network, such as the Internet, and programming one or more GAPs in each said client machine so that said client machine supports users with high graphics performance through adaptive multi-modal parallel graphics operation.

2. The Internet-based application profile database server system of claim 1, wherein said internet server supports a web-based game application registration and profile management application, that provides a number of Web-based services, selected from the group consisting of:

(1) the registration of game application developers within said RDBMS;

(2) the registration of game applications with said RDBMS, by registered game application developers;

(3) the registration of each MMPGRS deployed on a client machine or server system having Internet-connectivity, and requesting subscription to periodic/automatic Graphic Application Profile (GAP) Updates (downloaded to said MMPGRS over the Internet) from said Internet server; and

(4) the registration of each deployed MMPGRS requesting the periodic uploading of its Game Application Profiles (GAPS) to said Internet server for the purpose of automated analysis and processing so as to formulate “

expert”

GAPs that have been based on robust user-experience and which are optimized for particular client machine configurations.

3. The Internet-based application profile database server system of claim 1, wherein said Internet server enables the MMGPRS of each registered client machine to automatically and periodically upload, over the Internet, GAPs within said behavorial profile database of the MMPGRS.

4. The Internet-based application profile database server system of claim 1, wherein by enabling the automatic uploading of expert GAPs into said MMPGRS, graphic application users (e.g. gainers) can immediately enjoy high performance graphics on the display devices of their client machines, without having to develop a robust behavioral profile based on many hours of actual user-system interaction.

5. The Internet-based application profile database server system of claim 1, wherein “

expert”

GAPs are automatically generated by said Internet-based application profile database server system by analyzing the GAPs of thousands of game application users connected to the Internet.

6. The Internet-based application profile database server system of claim 2, wherein for client machine users subscribing to the automatic gap management services, each such MMPGRS runs an application profiling and control algorithm that uses the most recently uploaded expert GAP loaded into said behavorial profile database, and then allow system-user interaction, user behavior, and application performance to modify the expert GAP profile over time until the next update occurs.

7. The Internet-based application profile database server system of claim 1, wherein an Application Profiling and Analysis Module provided in each said MMGPRS subscribing to the automatic gap management services supported by said Internet-based application profile database server system, modifies and improves the expert GAP within particularly set limits and constraints, and according to particular criteria, so that the expert GAP is allowed to evolve in an optimal manner, without performance regression.

8. An Internet-based system for communicating with one or more client machines over a communication network, comprising:

one or more client machines, each having a multi-mode parallel graphics rendering system (MMPGRS) with a behavorial profile database for storing (i) graphic application profiles (GAPs) graphic applications associated with particular graphics applications, and (ii) a behavior profile associated with the running of a particular graphics application on said client machine; and

an Internet server, interfaced with a RDBMS, for communicating with said one or more said client machines over a communication network, such as the Internet, and programming one or more GAPs in each said client machine so that said client machine supports users with high graphics performance through adaptive multi-modal parallel graphics operation.

9. The Internet-based system of claim 8, wherein said Internet server supports a web-based game application registration and profile management application, that provides a number of Web-based services, selected from the group consisting of:

(1) the registration of game application developers within said RDBMS;

(2) the registration of game applications with said RDBMS, by registered game application developers;

(3) the registration of each MMPGRS deployed on a client machine or server system having Internet-connectivity, and requesting subscription to periodic/automatic Graphic Application Profile (GAP) Updates (downloaded to said MMPGRS over the Internet) from said Internet server; and

(4) the registration of each deployed MMPGRS requesting the periodic uploading of its Game Application Profiles (GAPS) to said Internet server for the purpose of automated analysis and processing so as to formulate “

expert”

GAPs that have been based on robust user-experience and which are optimized for particular client machine configurations.

10. The Internet-based application profile database server system of claim 8, wherein said Internet server enables the MMGPRS of each registered client machine to automatically and periodically upload, over the Internet, GAPs within said behavorial profile database of the MMPGRS.

11. The Internet-based application profile database server system of claim 8, wherein by enabling the automatic uploading of expert GAPs into said MMPGRS, graphic application users (e.g. gamers) can immediately enjoy high performance graphics on the display devices of their client machines, without having to develop a robust behavioral profile based on many hours of actual user-system interaction.

12. The Internet-based application profile database server system of claim 8, wherein “

expert”

GAPs are automatically generated by said Internet-based system by analyzing the GAPs of thousands of game application users connected to the Internet.

13. The Internet-based application profile database server system of claim 8, wherein for client machine users subscribing to the automatic gap management services, each said MMPGRS runs an application profiling and control algorithm that uses the most recently uploaded expert GAP loaded into said behavior profile database and then allow system-user interaction, user behavior, and application performance to modify the expert GAP profile over time until the next update occurs.

14. The Internet-based application profile database server system of claim 8, wherein an Application Profiling and Analysis Module provided in each said MMGPRS subscribing to the automatic gap management services supported by said Internet-based application profile database server system, modifies and improves the expert GAP within particularly set limits and constraints, and according to particular criteria, so that the expert GAP is allowed to evolve in an optimal manner, without performance regression.

15. A multi-user computer network comprising:

a plurality of client machines operably connected to the infrastructure of the Internet,

wherein each client machine employs a multi-mode parallel graphics rendering system (MPGRS) which is responsive to user-interaction input data streams from one or more said client machines which can be local each other as over a LAN, or be remote to each other as over a WAN or the Internet infrastructure.

16. The multi-user computer network of claim 15, wherein said MMPGRS in at least one said client machine is implemented using a hardware-based architecture.