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Flash-R™ patent portfolio e.Digital's Flash-R™ patent portfolio contains fundamental technology essential to the utilization of flash memory in today's large and growing portable electronic products market.

over 11 years ago

in response to silversurfer's message

13/018,180

CONTEXT AWARE AUGMENTATION INTERACTIONS

102402

title="http://portal.uspto.gov/pair/PAIRPrintServlet" />

Bibliographic Data

Application Number:	13/018,180	Customer Number:	-
Filing or 371 (c) Date:	01-31-2011	Status:	Non Final Action Mailed
Application Type:	Utility	Status Date:	11-21-2012
Examiner Name:	FITZPATRICK, ATIBA O	Location: title="http://www.uspto.gov/ebc/portal/info_location.htm" />	ELECTRONIC
Group Art Unit:	2668	Location Date:	-
Confirmation Number:	8076	Earliest Publication No:	US 2012-0195460 A1
Attorney Docket Number:	102402	Earliest Publication Date:	08-02-2012
Class / Subclass:	382/103	Patent Number:	-
First Named Inventor:	Roy Lawrence Ashok Inigo , San Diego, CA (US)	Issue Date of Patent:	-
Entity Status:	Undiscounted	AIA (First Inventor to File):	No

13/018,180 CONTEXT AWARE AUGMENTATION INTERACTIONS102402 http://portal.uspto.gov/pair/PAIRPrintServlet

11-26-2012 ctnf Non - Final rejection Prosecution

11-26-2012BIBBibliographic Data SheetPROSECUTION 1

11-26-2012FWCLMIndex of ClaimsPROSECUTION 2

08-02-2012NTC.PUBNotice of PublicationPROSECUTION 1

02-15-2011WFEEFee Worksheet (SB06)PROSECUTION 1

02-15-2011N570Communication - Re: Power of Attorney (PTOL-308)PROSECUTION 1

02-15-2011NTC.MISS.PRTNotice to File Missing PartsPROSECUTION 1

02-15-2011APP.FILE.RECFiling ReceiptPROSECUTION 3

02-15-2011APP.FILE.RECFiling Receipt

Inventor

Lawrence Ashok Inigo, Roy

Assignee

QUALCOMM INCORPORATED

US Class

382/103Target tracking or detecting

International Class

G06K 9/00

SUMMARY OF CLAIMS

A mobile platform renders different augmented reality objects based on the spatial relationship, such as the proximity and/or relative positions between real-world objects. The spatial relationship, which may be proximity of the objects or the relative positions of the objects, provides the context of the real-world objects. The mobile platform detects and tracks a first object and a second object in one or more captured images. The mobile platform then determines the spatial relationship of the objects as the proximity (or distance) and/or the relative positions between objects. The proximity may be based on whether the objects appear in the same image or a quantitative distance between the objects determined, e.g., based on pose information or through image processing. Based on the spatial relationship of the objects, the augmentation object to be rendered is determined, e.g., by searching a database. The selected augmentation object is rendered and displayed.