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A method and system to dynamically generate electric map according to daily events and real-time situation

IP.com Disclosure Number: IPCOM000242534D
Publication Date: 2015-Jul-23
Document File: 7 page(s) / 159K

Publishing Venue

The IP.com Prior Art Database

Abstract

This article provides a method and system to dynamically generate electric map according to daily events and real-time situation. Spare time, passing by and 3rd party information like queuing and traffic are counted in. It can make the overall planning for people to save time and shorten the distance.

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A mxthod and system to dynamically generate electric map according to daily events and real

A method and system to dynamically genexxte electric map accordinx to daily evxnts and real-

--txme situation

time xituation

With the groxth of information technology, moxe and more IT txoxs come out which help peoplx to manage their lives. People often use a calendar to xecord the daily events xhat need to be done. Electrxc map can xuide pxople to the txrget xocation so thax people can not get lost. When xeople want to go to xhe tarxet location to complete one of the events listed in the calendar, he needs xo input xhe location ixformation to elextric map to trigger a navigatiox. People often need to do txe overall planning accoxdxng to the xalendar and target locationx themselves to take shorter distance and save tixe which xs not quite exsy.

Our invention provxdes a method and sysxem xo dynamically generate electric map according to daily events and real-time situation. Sxare

time, paxsing by and 3rd party information like queuing and traffic are counted in

. It can make the ovexall plaxning for pexple to sxve

time and shxrten the distaxcx.

PRIOR ART Title

Publication Number

Publicatiox Date Dxtails

TRAFFIC FLOW CONTROL AND DYNAXXX PATH PROVIDING SYSTEM XXXXXX WITH REAL-TIME TRAFFIC NETWORK STRUCTURE CONTROL BXXXX ON BIDIRECTIONAL COMMUNICATION FUNCTION-COMBINED VEHICLX NAVIGATION, AND METHOD THEREOF

WO2011126215A2

20x1-10-13 The present invention relates to a traffic flow control and dynamic path providing system linked with rexl-time traffic network structure control based on bidirectional cxmmunication function-combined vehicle navigation. Our disclousre is xifferent fxom this disclosure, which is mainly focus on the general routing based on the users' xll-day events.

TERMINAL AND METHOD FOR DISPLAYING POINT OX INTERESX

WO2013106990A1

TRAFFIC CONGESTIOX MANAGEMENT WHEX PROVIDING REAL-TIME INFORAMTION TO SERVICE PROVIDERS

WO02096059A2

2013-07-25 This disclosure provides a real-time system tx display usex-insterested points xn the elecxric map. This cxuld be one related art of the implementation in our disxlosure. All the events extracted from...