TWM529889U - Address locator standardized conversion processing device - Google Patents

Abstract

A standardized conversion processing device of an address locator includes address locator service, address elements of Lexicon, address element combination module, the Internet address of the service terminal device composed of elements of the interior of the address numbers to set Lexicon Library, historical house address database, house address a special word data, house address alias database. The internal module of the combination of elements of the address should have combination rule base feature set addresses and address elements of composition algorithms to compose a better address locator standardized conversion processing device.

Description

Address positioning standardized conversion processing device

The present invention relates to an address location service server, and more particularly to an associated database object retrieval method, the method comprising: receiving a query target information and a search condition; according to the search condition, the query target information is from the plurality of A plurality of search results are selected in the associated database, and the similarity between the multi-relevant databases is compared, and a device with the highest similarity address encoding information is corresponding.

Geocoding processes typically include address normalization and address matching; address normalization refers to standardization processing done before street addresses are encoded; processing street addresses into a familiar, common format that corrects street and address names Spelling, etc.; address matching is to determine the spatial location of an address event and draw it on the map. The goal of address matching is to return the most accurate match for any input address data; first it is at the street level Exact matching within the address range, if no matching address is found, it will search within the upper address range until the matching result is found, and the final matching address data is given the space coordinate, so that the map can be The space location represented by this address data is indicated.

As shown in FIG. 1 , the Internet device is connected to the address location service server through a network device, which is a conventional object-related database for searching for geocoding information processing methods. The standardization of address data is a prerequisite for geocoding. Firstly, by designing the address element hierarchy model, the address element dictionary is established, and the address element name, address font library, address history database, geographic feature type code, etc. are stored for address element splitting and standardization, and no meaning is avoided. The loop improves search efficiency and accuracy. After the address element combination rule is split, the address elements are reconstructed to obtain a standardized address.

The conventional object-relevant database searches for geocoding information processing methods, and can read spatial reference information. The geocoding allows the precise coordinates of a specific location on the surface of the earth to be generated by specifying coordinates and coordinates. Therefore, geocoding improves data. Readability allows address information to be visually represented on the map, and the intrinsic information contained in the address can be easily processed and applied to achieve information integration in a variety of spatial contexts.

The present invention provides an address location service device, including an address element combination rule module and an address element dictionary; an address location service device on the Internet is connected via a network device; the original address data is input by the network device, and the object-related database is accessed. The address location service device outputs the standardized address data and returns the original address service terminal device, as shown in FIG.

This creation provides an address element combination rule module, which is usually composed of a country name, a province, a city, a county, a town, a town, a village, a neighborhood, a street, a road section, a district, a lane, a road, a road, a door, and a house number. The combination rule is shown in Figure 3. The address element lexicon consists of a house database, a house address special word database, a historical house database and a house address alias database, as shown in Figure 4.

10‧‧‧Address Location Service Server

11‧‧‧Address Location Service

12‧‧‧Address Element Dictionary

121‧‧‧Houseland database

122‧‧‧Historical House Address Database

123‧‧‧House Address Special Words Database

124‧‧‧House Address Alias Database

13‧‧‧Address Element Combination Module

131‧‧‧Address Element Combination Rule Base

132‧‧‧Address Element Combination Algorithm

14‧‧‧Internet

15‧‧‧Address service terminal device

21‧‧‧ original address data

22‧‧‧Address element splitting, standardization

23‧‧‧Address Element Dictionary

24‧‧‧Address Element Combination Module

241‧‧‧Address Element Combination Algorithm

242‧‧‧Address Element Combination Rule Base

25‧‧‧ Address Reconstruction

26‧‧‧Standard address data

41‧‧‧Address element splitting standardized address data

42‧‧‧Address Element Dictionary Database

43‧‧‧Address element lexicon special word database

44‧‧‧Address Element Dictionary Database

45‧‧‧Address Element Combination Module

46‧‧‧Address Element Dictionary Library

47‧‧‧Standard address data

51‧‧‧ original address data

52‧‧‧ Raw address data split standardization

53‧‧‧Address Element Dictionary

531‧‧‧Special word database

532‧‧‧History House Database

54‧‧‧Address Element Combination Module

541‧‧‧Address Element Combination Algorithm

542‧‧‧Address Element Combination Rule Base

55‧‧‧Standard address data Accurate value: 1 stands for complete comparison

56‧‧‧Standard address data Accurate value: 2 nearest point address

57‧‧‧Standard address data Accurate values: 3 cannot be compared

Figure 1 is a block diagram of the modularization and peripheral system of the innovative device.

Figure 2 is a schematic diagram of the address element combination rule module and the address element library operation of the device.

Figure 3 is a diagram of the device element address rule rule base and combined algorithm device.

Figure 4 is a flow chart of the address element library of the device.

Figure 5 is a flow chart of the action of the innovative device corresponding to the first figure.

Use the network device to connect to the address location service server on the Internet, and input the original address data (51) according to the special word database (531) and the historical house database (532) in the address element dictionary (53). The data is normalized to the original address data split (52), and the standardized address is subjected to standardized address splitting and address element combination rule base by the address element combination algorithm (541) in the address element combination module (54). (542), the data content of each level is compared, and the total is divided into 9 levels. If the comparison is successful, the successful string will be deleted and the exact value will be returned: 1 (55), the others are exact values. : 2; will be the exact value: 2 address data, taking into account the user input address often has initial editing, adaptation, addendum, merger, cancellation, reorganization, administrative area adjustment before the address data and abbreviation, nickname, alias or idiom and User usage habits, therefore the address word library (53) special word database (531) and address element library (53) historical house database (532), in order to successfully compare such addresses and then return Exact value: 1 (55) If other addresses cannot be completely compared with the database, first try to find the nearest point and find the exact value of the nearest point: 2 (56). The nearest point is defined as the smallest difference between the numbers, for example: input 9 No. No. 9 in the database, you will find the nearest point 8 or 10 First, if the nearest point of the database content differs by more than 25, it is considered impossible to locate; if the input address is not clear enough, the input address produces multiple results or the typo is not locating, the exact value is: 3 (57); : 1 means complete alignment, 2 means finding the nearest point and 3 means not being able to locate, as shown in Figure 5.

51‧‧‧ original address data

52‧‧‧ Raw address data split standardization

53‧‧‧Address Element Dictionary

531‧‧‧Special word database

532‧‧‧History House Database

54‧‧‧Address Element Combination Module

541‧‧‧Address Element Combination Algorithm

542‧‧‧Address Element Combination Rule Base

55‧‧‧Standard address data Accurate value: 1 stands for complete comparison

56‧‧‧Standard address data Accurate value: 2 nearest point address

57‧‧‧Standard address data Accurate values: 3 cannot be compared

Claims (7)

An address location normalization conversion processing device can be integrated into an address location service server, and the address location service server is coupled to the network device for providing an address location service function to the user through the network device; The address location normalization conversion processing device comprises at least: an address element lexicon and an address element combination module; the address element lexicon has a house address database, a historical house address database, a house address special word database, and a The door address alias database is combined; the address element combination module has an address element combination rule base and an address element combination algorithm; when the original address data is connected to the address location service server through the network device, the address is obtained. The location service server can execute an address location requesting program, through a house address alias database, a house address special word database, a historical house address database, and an original address data can be split and standardized; Splitting standardized original address data via an address element combination mode One element of the combination of the address and an address rule base element combination algorithms to reconstruct a normalized address data, which may be the address of a normalized data is transmitted through the backhaul network device users. For example, the address location standardization conversion processing device described in claim 1 of the patent scope, the address information database of the address element lexicon, the pre-stored address location data item is a country name, a province, a city, a town, a town, a town, a village, a neighbor, Street, road section, area, lane, lane, raft, house number, latitude and longitude, minimum statistical area data. For example, the address location standardization conversion processing device described in claim 1 of the patent scope, the historical house address database of the address element lexicon, storing the initial compilation, adaptation, addition, merger, cancellation, reorganization, and administrative area adjustment data of the house. For example, the address location standardization conversion processing device described in claim 1 of the patent scope, the address element address library of the address element lexicon, the special word database, the storage latch, , village, 硦, 坔, sample, 廍, 羗, 竿, double, etc. For example, the address location standardization conversion processing device described in claim 1 of the patent scope, the address element address database of the address element lexicon, and the alias information such as: New Taipei City = Taipei County = Bei County, Tainan County = Tainan County = Tainan City = Tainan City, etc. The address location standardization conversion processing device of claim 1, wherein the type of the network device comprises: a smart mobile phone, a personal digital assistant device, a notebook computer, a desktop computer, and a palmtop computer. The address location standardization conversion processing device according to claim 6, wherein the type of the smart mobile phone comprises: 2G (2nd Generation) second generation mobile phone GSM/CDMA (Global System for Mobile Communications & Code Devision) Multiple Access), W-CDMA (Wideband CDMA) and S-CDMA (Synchronous CDMA) of the 3rd Generation 3G (3rd Generation) mobile phone, and 4th Generation 4G (4th Generation) mobile phone.