JP2000057168A - Disaster place ambiguous retrieval system in fire- fighting emergency communication command job - Google Patents

Abstract

PROBLEM TO BE SOLVED: To improve the retrieval efficiency and retrieval accuracy of retrieval about a disaster place in a fire fighting emergency communication command job. SOLUTION: An association dictionary retrieving means 21 retrieves an association dictionary storing part 31 which stores correspondence information between a header word that is an abstract read kana name character string and association information according to an ambiguous read kana name character string received from an input device 1. A place information retrieval condition producing means 22 produces an edit retrieval condition based on the association information detected by the means 21 and an input retrieval condition when the retrieval is successful. A place information retrieving and outputting means 23 retrieves a place information storing part 32 based on the edit retrieval condition when the retrieval by the means 21 is successful and retrieves the part 32 based on the input retrieval condition when the retrieval by the means 21 fails, edits retrieval results in either retrieval and outputs them to an output device 4.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a point search system in a firefighting emergency communication command service, and more particularly to a disaster point fuzzy search method in a firefighting emergency communication command service for searching for a disaster point based on ambiguous disaster report contents. .

[0002]

2. Description of the Related Art Heretofore, in this type of disaster point ambiguous search method in firefighting emergency communication command business, facilities (government buildings, school buildings, stores, factories, apartment buildings, and natural resources (waterfalls) targeted at disaster report points have been used. , Rivers, rocks, etc.)
Match the leading, middle, or backward character string between the input phonetic name string and the phonetic name string of the facility in the location information (information about potential disaster points) Search that attempts to detect items that meet the above conditions is performed, and the search results are output (displayed, etc.).

[0003]

In the above-mentioned disaster spot ambiguous search system in the conventional firefighting emergency communication command business, the search for the spot information is realized only as a simple character string match search process of the readable name character string. Therefore, there is a problem that the search condition is too simple for the ambiguous report content of the disaster point. In the firefighting emergency communication command business, it is necessary to search in an urgent situation where there is an urgent battle, and in view of the fact that only those with matching character strings are not necessarily searched, other disasters A way to derive potential information from fragments of the content of the report would be needed.

SUMMARY OF THE INVENTION In view of the above, it is an object of the present invention to provide a fuzzy search for a disaster point using associative information for a readable name character string relating to a target facility of the disaster report point (using the vague information as a search key). It is an object of the present invention to provide a disaster spot ambiguous search method in firefighting emergency communication command business which improves search efficiency and search accuracy (permits quick identification of a disaster spot) by performing an allowable search.

[0005] As the prior art related to the present invention, there are a technology described in Japanese Patent Application Laid-Open No. 5-80699 and a technology described in Japanese Patent Application Laid-Open No. 10-83491.

[0006] The former technique (traffic information presentation device) has detailed information that can be easily associated with the contents only by looking at the outline information, and allows the outline information and the detailed information to be easily associated with each other. This is for presenting map information and the like to a person or the like. This prior art is similar to the present invention in that it introduces the idea of "association". However, the related art aims to display a geographical figure corresponding to the symbolic figure based on the selection input of the symbolic figure when displaying the geographical figure. The invention differs from the viewpoint, configuration, and purpose of the invention.

[0007] The latter technology (notification information collection and distribution system in the fire alarm business) processes the input of notification information at the office terminal using generated position information via text information and map information, and also sends information from the fire station. It is characterized in that the delivered report information is output as character information and map information. This prior art is similar to the present invention in that it is intended for “fire and emergency communications”. However, the related art relates to a system for registering and distributing notification information required for disaster activities between a fire department and a fire headquarters or a branch office via a dedicated line. The present invention for improving the efficiency and the like of the present invention differs from the viewpoint, the configuration, and the purpose.

[0008]

According to the present invention, there is provided a point search system for specifying a disaster point based on a disaster report in a firefighting emergency communication command service. An input device that supplies an input search condition including an ambiguous reading name character string relating to the target facility at the disaster point to the data processing device;
An output device that outputs a search result of a disaster point, and correspondence information between an entry word that is an abstract reading name character string and associative information that includes an abstract reading name character string associated with the entry word are stored. An associative dictionary storage unit, a point information storage unit that stores point information that is information about a potential disaster point to be searched, and the associative name character string received from the input device. An associative dictionary search unit for searching the dictionary storage unit, and based on the associative information detected by the associative dictionary search unit and an input search condition received from the input device when the search by the associative dictionary search unit is successful. A point information search condition creating unit for creating an edit search condition for searching the point information storage unit; and, if the search by the associative dictionary search unit is successful, the location information Searching the location information storage unit based on the edit search condition created by the information search condition creation unit, and if the search by the associative dictionary search unit fails, based on the input search condition received from the input device, A point information search / output unit that searches the point information storage unit, edits a search result in any of the searches, and outputs the result to the output device.

Further, the fuzzy point fuzzy search system in the firefighting emergency communication command service according to the present invention is a firefighting emergency communication command service which specifies a disaster spot in a firefighting emergency communication command service. An input device that supplies an input search condition including an ambiguous reading name character string to a data processing device, an output device that outputs a search result of a disaster location, and a heading that is an abstract reading name character string An associative dictionary storage unit that stores correspondence information between words and associative information including an abstract reading name character string associated with the headword, and point information that is information on points that can be searched disaster points Is stored in the location information storage unit and the location information in the location information storage unit associated with each piece of the associative information stored in the associative dictionary storage unit. A candidate information storage unit storing pointer information to an information record; an associative dictionary search unit for searching the associative dictionary storage unit based on the ambiguous reading name character string received from the input device; and the associative dictionary search Search candidate information for creating search candidate information comprising pointer information to a point information record related to the associative information detected by the associative dictionary search means by referring to the candidate information storage unit when the search by means is successful Creation means, and when the search by the associative dictionary search means is successful, the input search condition for the search candidate in the point information storage unit specified by the search candidate information created by the search candidate information creation means is And if the search by the associative dictionary search means fails, all the location information in the location information storage unit is paired. Perform a search based on the input search conditions that can also be configured to have a location information search and output means for editing a search result of the one search output to the output device.

[0010] The associative information is composed of an abstract reading name character string, classification information, and characteristic information, and the input search condition is composed of location information, classification information, and an ambiguous reading name character string. Furthermore, it is also possible to specify each of the above inventions.

[0011]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Next, a disaster point fuzzy search system in the fire and emergency communication command service of the present invention will be described in detail with reference to the drawings.

(1) First Embodiment FIG. 1 is a block diagram showing a configuration of a disaster point fuzzy search system in a firefighting emergency communication command business according to a first embodiment of the present invention.

The fuzzy point ambiguous search system in the firefighting emergency communication command business according to the present embodiment uses an input device 1 realized by a keyboard or the like, a data processing device 2 operated by program control, and a storage for storing various information. It is configured to include a device 3 and an output device 4 realized by a display device (display device), a printing device, or the like.

The data processing device 2 includes an associative dictionary search means 2
1, point information search condition creating means 22, and point information search / output means 23.

The associative dictionary search means 21 reads an ambiguous reading name character string in the input search condition given from the input device 1 (a reading name character string in which an ambiguity regarding a target facility at a disaster site is allowed. For example, "NEC Building"
"Nihon Denki Building"
Using “Denki Building” or “Building” as a search key, the associative information (abstract heading name character string) corresponding to the headword (abstract phonetic name character string) stored in the associative dictionary storage unit 31 in the storage device 3. (Information associated with the headword including an abstract reading name character string other than the word) is detected (extracted).

The point information search condition creating means 22 edits the associative information detected by the associative dictionary search means 21 and the input search conditions provided by the input device 1 to search the point information storage unit 32. Create an edit search condition (predetermined compound search condition expression).

The point information search / output unit 23 searches the point information storage unit 32 using only the edit search condition or the input search condition created by the point information search condition creation unit 22, and compares the search result with the disaster point. Is output (displayed or the like) to the output device 4 as a search result of the search.

The storage device 3 includes an associative dictionary storage unit 31 and a point information storage unit 32.

The associative dictionary storage unit 31 stores a heading word string of an abstract reading of a facility (an abstract reading name string of a facility such as "building", "apartment", or "Koujo") as a headword. The name string, classification information, and characteristic information of other abstract readings associated with the headword are stored as association information. Note that the associative information is not limited to the above configuration as long as it includes at least an abstract reading name character string other than the headword.

The spot information storage unit 32 stores information on the locations of facilities that can be disaster sites (names of each facility, readable name character strings, classification information, characteristic information, location information, etc.).
Is stored in advance as point information.

FIG. 2 is a flowchart showing the processing of the disaster spot fuzzy search method in the firefighting emergency communication command business shown in FIG. This processing includes an associative dictionary search step 201,
Corresponding headword presence / absence determination step 202, association information extraction step 203, and edit search condition creation step 204
And a location information search step 205 and a search result output step 206.

FIG. 3 is a diagram for explaining a specific operation of the disaster spot fuzzy search system in the firefighting emergency communication command business shown in FIG.

Next, the operation of the disaster spot fuzzy search system in the fire emergency rescue communication command business according to the present embodiment configured as described above will be described.

In carrying out the fire emergency communication command business,
A fire department-related department (fire department or the like) to which the fuzzy disaster point search method in the fire emergency communication command operation according to the present embodiment is applied receives a disaster report. Here, the content of the disaster report is often urgent and ambiguous.

The input device 1 is operated by an instruction from an operator.
The input search conditions (information composed of facility location information, classification information, and ambiguous reading name character strings related to disaster points input based on the content of the disaster report) are supplied to the data processing device 2. Note that the input search condition is not limited to the above configuration in parentheses as long as the input search condition includes at least an ambiguous reading name character string and some other search condition.

The associative dictionary search means 2 in the data processing device 2
1 is supplied with an ambiguous reading name character string (referred to as an “input character string”) of the given input search conditions.

The associative dictionary search means 21 searches the associative dictionary storage unit 31 in the storage device 3 (associative dictionary search) using the input character string (step 201). That is, a query is made for a headword stored in the associative dictionary storage unit 31 using the given ambiguous reading name character string as a search key.

The associative dictionary search means 21 executes step 201
In the associative dictionary search, it is determined whether or not a headword corresponding to the input character string exists in the associative dictionary storage unit 31 (step 202).

Here, what is the "entry word corresponding to the input character string" can be set in various ways. For example, the following modes 1) and 2) can be considered. 1) When the input character string and the headword are the same, it is assumed that “the input character string corresponds to the headword”. 2) If the input character string matches the preceding character string, intermediate character string matching, or backward character string matching condition between the input character string and the headword, it is determined that "the input character string corresponds to the headword." I do.

The associative dictionary search means 21 executes step 202
If it is determined that “there is a headword corresponding to the input character string” (when a predetermined headword is registered in the associative dictionary storage unit 31 and the search is successful), the headword (abstract reading) Associated information (abstract unreadable name character string other than the headword, classification information, and characteristic information) corresponding to the subject word (step 203), and generates the location information search condition based on the associated information. Means 22.
That is, the associative information stored in association with the headword is read out from the associative dictionary storage unit 31, and the associative information is referred to by the point information search condition creating unit 22 for an editing work area (for example, in the storage device 3). In the area temporarily set to

The point information search condition creating means 22 edits the combination of the associative information given from the associative dictionary search means 21 and the input search conditions given from the input device 1, and searches the point information storage section 32. Then, an edit search condition (composite search condition expression) is created (step 204). This compound search condition expression is, for example, a condition expression formed by the logical product of the input search conditions given as search conditions for narrowing down the point information and the logical sum of the associative information extracted in step 203. Created (it goes without saying that it is allowed to be created in other formats).

The point information search / output means 23 uses the edit search conditions created in step 204 as the point information storage unit 32.
Search (point information search) (step 20)
5) Edit the search result and output (display etc.) via the output device 4 (step 206). Here, as a mode of editing the search result, it is common to edit the search result into a “format of point information list”.

On the other hand, if the associative dictionary search means 21 determines in step 202 that "the entry word corresponding to the input character string does not exist" (the same entry word as the input character string is registered in the associative dictionary storage unit 31). If the search fails, the point information search / output means 23
Pass control to.

The point information search / output means 23 performs a narrowing-down search (point information search) of the point information storage unit 32 based only on the input search conditions given from the input device 1 (step 2).
05), edit the search result and output (display etc.) via the output device 4 (step 206).

Next, with reference to FIG. 3, a specific operation of the disaster point fuzzy search system in the fire emergency communication command operation according to the present embodiment will be described.

As shown in FIG. 3, when “building” is given as an ambiguous reading name character string in the input search condition, the associative dictionary search means 21 converts the headword “building” from the associative dictionary storage unit 31. As the associative information corresponding to the headword “building”, the abstract character string “apartment”, the classification information “high-rise building”, and the characteristic information “four stories (4F or more)” are extracted. You.

Further, the above associative information is used, and a search condition that “the character string is“ building ”or“ apartment ”, or a classification is a high-rise building, or the characteristic is four stories or more” is input as input search conditions. A combined search condition formula, which is an edit search condition for spot information search, is created by combining the location information and classification information narrowing-down condition relating to the facility at the disaster location.

(2) Second Embodiment FIG. 4 is a block diagram showing the configuration of a disaster point fuzzy search system in firefighting emergency communication command service according to a second embodiment of the present invention.

The fuzzy point ambiguous search system in the firefighting emergency communication command business according to the present embodiment uses an input device 1 realized by a keyboard or the like, a data processing device 2 operated by program control, and a storage for storing various information. It is configured to include a device 3 and an output device 4 realized by a display device (display device), a printing device, or the like.

The data processing device 2 includes an associative dictionary search means 2
1, point information search / output means 23, and search candidate information creation means 24.

The storage device 3 includes an associative dictionary storage unit 31, a point information storage unit 32, and a candidate information storage unit 33.

Referring to FIG. 4, the data processing device 2 in the disaster spot fuzzy search system in the firefighting emergency communication command business according to the present embodiment is different from the data processing device 2 in the first embodiment shown in FIG. Therefore, the search candidate information creating unit 24 does not include the point information search condition creating unit 22.
In that it contains Further, the storage device 3 in the disaster spot fuzzy search method in the firefighting emergency communication command business according to the present embodiment includes a candidate information storage unit 33 as compared with the storage device 3 in the first embodiment shown in FIG. Is different.

The search candidate information creating means 24 is used to search the candidate information storage unit 33 for the location information storage unit 32 based on the association information extracted from the association dictionary storage unit 31 (the location information storage unit 32). (Information consisting of pointer information to the point information record in).

The candidate information storage unit 33 includes the associative dictionary storage unit 3
For each piece of associative information stored in No. 1, pointer information to a spot information record in the spot information storage unit 32 related to each piece of associative information is stored in advance. With this pointer information, it becomes possible to extract a specific record in the point information storage unit 32 as a search candidate.

FIG. 5 is a flowchart showing the processing of the disaster spot fuzzy search method in the firefighting emergency communication command business shown in FIG. This processing includes an associative dictionary search step 501,
Corresponding headword presence / absence determination step 502, association information extraction step 503, and search candidate information creation step 504.
And a point information search step 505 and a search result output step 506.

FIG. 6 is a diagram for explaining a specific operation of the disaster point fuzzy search system in the firefighting emergency communication command business shown in FIG.

Next, the operation of the fuzzy disaster point fuzzy search system in the firefighting and emergency communication command business according to the present embodiment configured as described above will be described.

As in the operation of the first embodiment,
When performing the fire emergency communication command business, a disaster report is received by a fire department (fire department or the like) to which the disaster point fuzzy search method in the fire emergency communication command business according to the present embodiment is applied.

The input device 1 is operated by an instruction from the operator.
Input search conditions (similar to the case of the first embodiment, information including facility location information, classification information, and ambiguous reading name character strings related to disaster points input based on the contents of the disaster report) ) Is supplied to the data processing device 2.

The associative dictionary search means 2 in the data processing device 2
1 is supplied with an ambiguous reading name character string (referred to as an “input character string”) of the given input search conditions.

The associative dictionary search means 21 performs a search (associative dictionary search) of the associative dictionary storage unit 31 in the storage device 3 with this input character string (step 501). That is, a query is made for a headword stored in the associative dictionary storage unit 31 using the given ambiguous reading name character string as a search key.

The associative dictionary search means 21 determines in step 501
In the associative dictionary search, it is determined whether or not a headword corresponding to the input character string exists in the associative dictionary storage unit 31 (step 502).

Here, what is the “entry word corresponding to the input character string” can be set in various ways. For example, the following modes 1) and 2) can be considered ( This is also the same as in the first embodiment.) 1) When the input character string and the headword are the same, it is assumed that “the input character string corresponds to the headword”. 2) If the input character string matches the preceding character string, intermediate character string matching, or backward character string matching condition between the input character string and the headword, it is determined that "the input character string corresponds to the headword." I do.

The associative dictionary search means 21 determines in step 502
If it is determined that “the entry word corresponding to the input character string exists” (when the search is successful), the associative information corresponding to the entry word (abstract reading name string) (Except for the name, character string, classification information, and characteristic information) (step 503), and provides the associated information to the search candidate information creating means 24. That is, the associative information stored in association with the headword is read out from the associative dictionary storage unit 31, and the associative information is referred to by the search candidate information creating unit 24. (Temporarily set area).

The search candidate information creation means 24 executes step 5
03, the candidate information storage unit 33
, Pointer information to a point information record serving as a search candidate in the point information storage unit 32 is extracted (the search candidates for searching the point information storage unit 32 are narrowed down), and such pointer information is stored. The search candidate information is created (step 504).

The point information search / output means 23 executes step 504 according to the input search condition given from the input device 1.
A narrowing-down search (point information search) of the point information storage unit 32 is performed for only the search candidates narrowed down by the search candidate information created in step (step 505), and the search result is edited and output via the output device 4. (Step 506). Here, as a mode of editing the search result, similarly to the case of the first embodiment, the search result is generally edited into a “list of point information lists”.

On the other hand, if the associative dictionary search means 21 determines in step 502 that "the entry word corresponding to the input character string does not exist" (if the search fails), the point information search / output is performed together with the fact. Pass control to means 23.

The point information search / output means 23 uses the input search conditions given from the input device 1 to store the point information
Location information storage unit 32 for all the location information in
Search (point information search) (step 50)
5) Edit the search result and output (display, etc.) via the output device 4 (step 506).

Next, with reference to FIG. 6, a specific operation of the disaster spot fuzzy search system in the firefighting emergency communication command business according to the present embodiment will be described.

As shown in FIG. 6, when “building” is given as an ambiguous reading name character string in the input search condition, the associative dictionary search means 21 searches the associative dictionary search means 21 for the headword “building”. As the associative information corresponding to the headword “building”, the abstract character string “apartment”, the classification information “high-rise building”, and the characteristic information “four stories (4F or more)” are extracted. You.

Next, pointer information to a point information record which is a search candidate in the point information storage unit 32 corresponding to the associative information is extracted from the candidate information storage unit 33.
Search candidate information composed of such pointer information (for example, pointer information “100” in FIG. 6) is created by the search candidate information creating means 24.

Further, the point information search / output means 23 performs a narrowing-down search based on the input search condition only for the point information records in the point information storage unit 32 specified by the search candidate information.

In this embodiment, a complex search condition expression is not created each time a search is performed, but a point information search is performed by using pointer information stored in advance in the candidate information storage unit 33. There is an advantage that it is possible to reduce the load of the search processing of the point information and contribute to the improvement of the search speed.

(3) Third Embodiment FIG. 7 is a block diagram showing the configuration of a disaster spot ambiguous search system in a firefighting emergency communication command business according to a third embodiment of the present invention.

The fuzzy point ambiguous search method in the firefighting emergency communication command business according to the present embodiment employs an input device 1 realized by a keyboard or the like, a data processing device 2 operated by program control, and a storage for storing various information. The apparatus includes a device 3, an output device 4 realized by a display device (display device), a printing device, and the like, and a recording medium 5 realized by a magnetic disk, a semiconductor memory, and the like.

The data processing device 2 includes an associative dictionary search means 2
1, point information search condition creating means 22, point information search / output means 23, and associative dictionary exchange means 25.

The storage device 3 includes an associative dictionary storage unit 31 and a point information storage unit 32.

The recording medium 5 is exchangeable and has the same contents as the associative dictionary storage 31.
1 is stored.

Referring to FIG. 7, the disaster point fuzzy search method in the firefighting emergency communication command business according to the present embodiment is the same as that of the data processing device 2 including the associative dictionary exchange means 25 and the associative dictionary storage unit 31. The first embodiment is different from the first embodiment in that a recording medium 5 for storing an associative dictionary storage unit 51 having the following contents is provided.

The associative dictionary exchange means 25 outputs the contents of the associative dictionary storage section 31 from the storage device 3 to the associative dictionary storage section 51 of the recording medium 5 so that the contents can be saved, and the associative dictionary storage section having different contents can be stored. The contents of the unit 51 are input from the recording medium 5 and the associative dictionary storage unit 31 having the contents is set in the storage device 3. As described above, according to the present embodiment, by enabling data exchange for the associative dictionary storage unit 31, the associative dictionaries can be individually set as needed,
There is an advantage that the associative dictionaries classified and classified according to regions or contents can be connected and the headwords in the associative dictionary storage unit 31 can be enhanced.

Incidentally, after the contents of the associative dictionary storage unit 51 in a certain recording medium 5 are read into the storage device 3 as the associative dictionary storage unit 31, the disaster point fuzzy search in the firefighting emergency communication command business according to the present embodiment is performed. The operation of the method is the same as the operation of the disaster spot fuzzy search method in the firefighting and emergency communication command business according to the first embodiment, and thus detailed description is omitted.

(4) Fourth Embodiment FIG. 8 is a block diagram showing a configuration of a fuzzy point fuzzy search system in a firefighting emergency communication command business according to a fourth embodiment of the present invention.

The fuzzy point ambiguous search method in the firefighting emergency communication command business according to the present embodiment uses an input device 1 realized by a keyboard or the like, a data processing device 2 operated by program control, and a storage for storing various information. The apparatus includes a device 3, an output device 4 realized by a display device (display device), a printing device, and the like, and a recording medium 5 realized by a magnetic disk, a semiconductor memory, and the like.

The data processing device 2 includes an associative dictionary search means 2
1, point information search / output means 23, search candidate information creation means 24, and associative dictionary exchange means 25.

The storage device 3 includes an associative dictionary storage unit 31, a point information storage unit 32, and a candidate information storage unit 33.

The recording medium 5 is exchangeable and has the same contents as the associative dictionary storage 31.
1 is stored.

Referring to FIG. 8, the disaster point fuzzy search method in the firefighting emergency communication command business according to the present embodiment is the same as that in the data processing device 2 including the associative dictionary exchange means 25 and the associative dictionary storage unit 31. The second embodiment is different from the second embodiment in that a recording medium 5 for storing an associative dictionary storage unit 51 having the following contents is provided.

The associative dictionary exchange means 25 outputs the contents of the associative dictionary storage unit 31 from the storage device 3 to the associative dictionary storage unit 51 of the recording medium 5 so that the contents can be saved, and the associative dictionary storage unit having different contents is stored. The contents of the unit 51 are input from the recording medium 5 and the associative dictionary storage unit 31 having the contents is set in the storage device 3. As described above, according to the present embodiment, as in the case of the third embodiment, by enabling data exchange for the associative dictionary storage unit 31, the associative dictionaries can be individually set as necessary. There is an advantage that the associative dictionaries classified and created according to regions or contents can be connected to enhance the headwords in the associative dictionary storage unit 31.

Incidentally, after the contents of the associative dictionary storage unit 51 in a certain recording medium 5 are read into the storage device 3 as the associative dictionary storage unit 31, the disaster point fuzzy search in the firefighting emergency communication command business according to the present embodiment is performed. The operation of the method is the same as the operation of the disaster spot fuzzy search method in the firefighting and emergency communication command business according to the second embodiment, and thus detailed description is omitted.

(5) Fifth Embodiment FIG. 9 is a block diagram showing a configuration of a disaster spot fuzzy search system in a fire emergency communication command service according to a fifth embodiment of the present invention.

Referring to FIG. 9, the fuzzy disaster point search method in the fire emergency communication command business according to the fifth embodiment of the present invention is based on the fire emergency communication instruction according to the first embodiment shown in FIG. 1. The difference from the disaster point fuzzy search method in business is that a recording medium 6 storing a program (search program) is applied to the data processing device 2. This recording medium 6 may be a magnetic disk, a semiconductor memory, or another recording medium.

The search program is read from the recording medium 6 into the data processing device 2 composed of a computer, and the operation of data processing in the data processing device 2 is performed by the associative dictionary search means 21, the point information search condition creating means 22, and the point information It is controlled as the search / output means 23. The operation of the data processing device 2 under the control of the search program is exactly the same as the operation of the data processing device 2 according to the first embodiment, and a detailed description thereof will be omitted.

(6) Sixth Embodiment FIG. 10 is a block diagram showing a configuration of a disaster spot fuzzy search system in a fire emergency communication command service according to a sixth embodiment of the present invention.

Referring to FIG. 10, the ambiguous search method for disaster spots in the fire and emergency communication command business according to the sixth embodiment of the present invention is based on the fire and emergency communication command according to the second embodiment shown in FIG. The difference from the disaster point fuzzy search method in business is that a recording medium 7 storing a program (search program) is applied to the data processing device 2. This recording medium 7 may be a magnetic disk, a semiconductor memory, or another recording medium.

The search program is read from the recording medium 7 into the data processing device 2 composed of a computer, and the operation of the data processing in the data processing device 2 is performed by the associative dictionary search means 21, the point information search / output means 23, It is controlled as information creating means 24. The operation of the data processing device 2 under the control of the search program is exactly the same as the operation of the data processing device 2 according to the second embodiment, and a detailed description thereof will be omitted.

[0086]

As described above, according to the present invention,
The following effects are produced.

The first effect is that a search for efficiently and accurately specifying a target facility at a disaster point even from ambiguous and few keywords (character strings) in an emergency disaster report in the firefighting emergency communication command business. -Output (display, etc.) becomes possible. As a result, the location of the facility related to the disaster report can be quickly specified from the ambiguous disaster report.

The reason why such an effect is generated is that, in addition to the conventional search using only the pronunciation name character string, the search processing of the point information using the "associative dictionary" which does not depend only on the character string is enabled. is there.

The second effect is that, only by storing the reading name character string and the classification information associated with one headword as the association information in the association dictionary storage unit, various combinations of compound search conditions can be obtained. Since it is possible to set the formula, it is possible to reduce the storage capacity required on the storage device for the search processing related to the firefighting emergency communication command work, and to improve the search speed.

According to the invention in which the data processing apparatus is provided with search candidate information creating means and the storage apparatus is provided with a candidate information storage section, it is not necessary to create a complex search condition formula every time a search is performed. The point information can be searched using the pointer information stored in the candidate information storage unit in advance, so that the load of the point information search process can be reduced and the search speed can be improved. The effect of is produced.

Further, by providing an exchangeable recording medium for storing the contents of the associative dictionary storage unit, the associative dictionaries can be individually set as required, or associative dictionaries created by classifying by area or content. A unique effect is obtained in that the dictionaries can be connected to enhance the headwords in the associative dictionary storage unit.

As described above, according to the present invention, even if the phonetic name character string in the ambiguous disaster report does not match the phonetic name character string of the point information, it is associated with the input character string. It is possible to search and display the spot information of the disaster point to be performed, and it is possible to quickly specify the disaster point.

[Brief description of the drawings]

FIG. 1 is a block diagram showing a configuration of a disaster spot ambiguous search system in a fire emergency communication command operation according to a first embodiment of the present invention.

FIG. 2 is a flowchart showing processing of a disaster point fuzzy search method in the fire emergency communication command operation shown in FIG. 1;

FIG. 3 is a diagram for explaining a specific operation of the disaster spot fuzzy search method in the fire emergency communication command operation shown in FIG. 1;

FIG. 4 is a block diagram showing a configuration of a disaster point fuzzy search method in a fire emergency communication command operation according to a second embodiment of the present invention.

FIG. 5 is a flowchart showing processing of a disaster spot fuzzy search method in the firefighting emergency communication command business shown in FIG. 4;

6 is a diagram for explaining a specific operation of the disaster point fuzzy search method in the fire emergency communication command operation shown in FIG. 4;

FIG. 7 is a block diagram showing a configuration of a disaster point fuzzy search system in a firefighting emergency communication command business according to a third embodiment of the present invention.

FIG. 8 is a block diagram showing a configuration of a disaster point fuzzy search method in a firefighting emergency communication command business according to a fourth embodiment of the present invention.

FIG. 9 is a block diagram showing a configuration of a disaster point fuzzy search system in a firefighting emergency communication command business according to a fifth embodiment of the present invention.

FIG. 10 is a block diagram showing a configuration of a disaster point fuzzy search method in a firefighting emergency communication command business according to a sixth embodiment of the present invention.

[Explanation of symbols]

 REFERENCE SIGNS LIST 1 input device 2 data processing device 3 storage device 4 output device 5, 6, 7 recording medium 21 associative dictionary search means 22 spot information search condition creating means 23 spot information search / output means 24 search candidate information creating means 25 associative dictionary exchange means 31, 51 associative dictionary storage unit 32 point information storage unit 33 candidate information storage unit

Claims (10)

[Claims] In a point search system for specifying a disaster point based on a disaster report in a firefighting emergency communication command operation, an input search condition including an ambiguous reading name character string relating to a target facility of the disaster point An input device for supplying the data processing device, an output device for outputting a search result of a disaster location, a headword which is a name character string of an abstract reading, and a name character of an abstract reading associated with the heading. An associative dictionary storage unit that stores correspondence information with associative information including a column, a point information storage unit that stores point information that is information on points that can be disaster points to be searched,
An associative dictionary search unit that searches the associative dictionary storage unit using the ambiguous reading name character string received from the input device, and, if the search by the associative dictionary search unit is successful, the associative dictionary search unit detects the result. The location information search condition creating means for creating an edit search condition for searching the location information storage unit based on the associative information and the input search condition received from the input device, and the search by the associative dictionary search means succeeded. In the case, the location information storage unit is searched based on the edit search condition created by the location information search condition creation means. If the search by the associative dictionary search means fails, the input search received from the input device. Searching the point information storage unit based on a condition, editing a search result in any of the searches, and outputting the result to the output device. Disaster point fuzzy search method in fire emergency communication command operations and having a point information retrieval and output means. 2. The method according to claim 1, wherein the associative information is an abstract readable name character string,
The disaster spot in the fire emergency communication command business according to claim 1, wherein the disaster search point is constituted by classification information and characteristic information, and the input search condition is constituted by location information, classification information, and ambiguous reading name character strings. Fuzzy search method. 3. A point search system for specifying a disaster point based on a disaster report in a firefighting emergency communication command operation, wherein an input search condition including an ambiguous reading name character string relating to a target facility of the disaster point is provided. An input device for supplying the data processing device, an output device for outputting a search result of a disaster location, a headword which is a name character string of an abstract reading, and a name character of an abstract reading associated with the heading. An associative dictionary storage unit that stores correspondence information with associative information including a column, a point information storage unit that stores point information that is information on points that can be disaster points to be searched,
For each piece of associative information stored in the associative dictionary storage unit,
A candidate information storage unit that stores pointer information to a point information record in the point information storage unit related to each of the associative information, and the associative dictionary storage unit that uses an ambiguous reading name character string received from the input device. An associative dictionary search means for performing a search of a location information record associated with the associative information detected by the associative dictionary search means by referring to the candidate information storage unit when the search by the associative dictionary search means is successful. Search candidate information creating means for creating search candidate information consisting of the pointer information, and the point specified by the search candidate information created by the search candidate information creation means when the search by the associative dictionary search means is successful. A search was performed based on input search conditions for search candidates in the information storage unit, and the search by the associative dictionary search unit failed. In the case, a point information search / output means for performing a search based on an input search condition for all the point information in the point information storage unit, editing a search result in any of the searches, and outputting the result to the output device Disambiguation search method for disaster location in firefighting emergency communication command business, characterized by having: 4. The method according to claim 1, wherein the associative information is an abstract readable name character string,
4. A disaster spot in a fire emergency communication command business according to claim 3, wherein the disaster search point is constituted by classification information and characteristic information, and the input search condition is constituted by location information, classification information, and ambiguous reading name string. Fuzzy search method. 5. An exchangeable recording medium capable of recording the same contents as the contents of the associative dictionary storage unit in the storage device, and outputting the contents of the associative dictionary storage unit from the storage device to the storage medium. And an associative dictionary exchange unit in a data processing device for inputting an associative dictionary storage unit having different contents from the recording medium and setting the same in the storage device. 1. Disaster point ambiguous search method in the fire emergency communication command business described in 1. 6. The associative information is an abstract readable name character string,
6. The disaster spot in the fire emergency communication command business according to claim 5, wherein the disaster information is constituted by classification information and characteristic information, and the input search condition is constituted by location information, classification information, and ambiguous reading name character strings. Fuzzy search method. 7. An exchangeable recording medium capable of recording the same contents as the contents of the associative dictionary storage unit in the storage device, and outputting the contents of the associative dictionary storage unit from the storage device to the storage medium. And an associative dictionary exchange unit in a data processing device for inputting an associative dictionary storage unit having different contents from the recording medium and setting the same in the storage device. 3. Disaster point ambiguous search method in the fire emergency communication command business described in 3. 8. The associative information is an abstract readable name character string,
8. The disaster spot in the fire emergency communication command business according to claim 7, wherein the disaster search point is constituted by classification information and characteristic information, and the input search condition is constituted by location information, classification information, and ambiguous reading name character strings. Fuzzy search method. 9. An input device for supplying an input search condition including an ambiguous reading name character string relating to a target facility at a disaster site to a data processing device, an output device for outputting a search result of a disaster site, and an abstract device. The associative dictionary storage unit that stores the correspondence information between the headwords that are the reading name character strings and the association information that includes the abstract reading name strings that are associated with the headwords. A storage device including a point information storage unit that stores point information that is information on a possible point, in a point search system for specifying a disaster point based on a disaster report in a firefighting emergency communication command operation, An associative dictionary search means for searching the associative dictionary storage unit based on the ambiguous reading name character string received from the input device; An edit search condition for searching the point information storage unit based on the associative information detected by the associative dictionary search means and an input search condition received from the input device when the search by the associative dictionary search means is successful. If the search by the point information search condition creating means and the associative dictionary search means is successful, the point information storage unit is searched based on the edit search condition created by the point information search condition creating means, If the search by the associative dictionary search unit fails, the location information storage unit is searched based on the input search condition received from the input device, and a search result in any one of the searches is edited to output the output device. A recording medium on which a program for functioning as point information search / output means for outputting to a computer is recorded. 10. An input device for supplying an input search condition including an ambiguous reading name character string relating to a target facility at a disaster site to a data processing device, an output device for outputting a search result of a disaster site, and an abstract device. An associative dictionary storage unit that stores correspondence information between headwords that are reading name strings and associated information that includes abstract reading name strings that are associated with the headwords. For each of the associative information stored in the associative dictionary storage unit and the associative information stored in the associative dictionary storage unit, the associative information associated with each associative information is stored in the associative information. A storage device having a candidate information storage unit storing pointer information to a record, and a point search for specifying a disaster point based on a disaster report in a firefighting emergency communication command operation In the system, when the data processing device, which is a computer, is successfully searched by the associative dictionary search unit that searches the associative dictionary storage unit using the ambiguous reading name character string received from the input device, A search candidate information creating unit for creating search candidate information including pointer information to a point information record related to the associative information detected by the associative dictionary search unit with reference to the candidate information storage unit; and the associative dictionary If the search by the search means is successful, a search is performed based on input search conditions for search candidates in the point information storage unit specified by the search candidate information created by the search candidate information creation means, and If the search by the dictionary search means fails, all the location information in the location information storage unit is targeted. Perform a search based on the input search condition, the recording medium recording a program for editing the search results in one of the search function as point information retrieval and output means for outputting to the output device.