JP2014109912A - Device, operation support device, terminal device, program, and storage medium - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a device, an operation support device, a terminal device, a program, and a storage medium that significantly improve operability at low cost without drastically changing a basic configuration.SOLUTION: A device having a processor for controlling coordination between components or operation thereof comprises processing request means that makes a request to the processor for processing indicated by a pair matching a word or phrase given by an operator among pairs of an individual prerequisite which can be exerted for each function of the device and processing to be performed by the processor for exertion under the individual prerequisite.

Description

  The present invention relates to a device that exhibits a function instructed by an operator among the possessed functions, an operation support device that supports selection of a function desired by the operator, and these devices or operations. A terminal device that is linked to the support device and realizes all or part of the functions of the operation support device by utilizing the surplus processing amount, a program that causes the computer to function as the terminal device, and a storage medium that stores the program About.

In recent years, not only home appliances but also computers, communication devices, navigation devices, and other various devices, many of the functions are realized by software executed by the processor installed inside, and similar devices provided by competitors. Improvements in performance and added value are also being promoted.
FIG. 7 is a diagram illustrating a configuration example of a radar apparatus in which functions and performance are realized by software executed by a processor.
The radar apparatus 70 shown in FIG. 7 is configured as follows.
(1) The feeding point of the antenna system 71 is connected to the antenna terminal of the transmission / reception unit 72.
(2) The modulation input and demodulation output of the transmission / reception unit 72 are connected to the corresponding ports of the signal processing unit 73.

(3) An instruction unit 74 is connected to the signal processing unit 73.
(4) The corresponding input / output ports of the control unit 75 are connected to the control terminals of the transmission / reception unit 72, the signal processing unit 73, and the instruction unit 74.

  In the radar apparatus 70 having such a configuration, functions such as detection of a target are realized by linking each unit as follows.

  The signal processing unit 73 generates a transmission wave modulated with a pulse signal having a period and amplitude adapted to a desired range under the control of the control unit 75.

  The transmission / reception unit 72 irradiates the coverage area where the target can be located via the antenna system 71 under the control of the control unit 75. In addition, the aerial system 71 is, for example, a ship located in these covered areas in addition to the irradiation of the transmission wave to the entire covered area by changing the direction of the main lobe cyclically in a predetermined cycle. It is used for the reception of the reflected wave coming from the target.

  The transmission / reception unit 72 generates a demodulated signal by demodulating the reflected wave that has arrived at the antenna system 71 under the control of the control unit 75 and passes it to the signal processing unit 73.

The signal processing unit 73 performs CFAR processing and other radar signal processing on the demodulated signal to generate an image of a desired instruction method (PPI (Plan Position Indicator) scope or the like) (hereinafter referred to as “instruction image”). And handed over to the instruction unit 74.

  The control unit 75 performs predetermined processing based on the instruction given by the operator via the instruction unit 74 and the operating states (status) of the transmission / reception unit 72, the signal processing unit 73, and the instruction unit 74. The functions and performance of the radar apparatus 70 are led to be realized by handing over the processing results to the transmitting / receiving unit 72, the signal processing unit 73, and the instruction unit 74 as appropriate.

  Note that, under such processing, the operation mode and function of each unit and the linkage mode thereof are realized by, for example, combinations of items listed below.

(1) Radar system setting and switching (1-1) Pulse radar system,
(1-2) Pulse compression radar system (1-2-1) Pulse width (1-2-2) Modulation system (1-2-3) Presence / absence of combined use with short pulses (1-2-3-1) Short pulse width (1-2-3-2) Leading value (1-2-3-3) Interval with long pulse (context relationship with long pulse)

(2) Transmission wave (2-1) Transmission power (2-1) Pulse width (2-1) Stagger transmission

(3) Antenna system (3-1) Directivity (width and direction of main lobe)
(3-2) Sweep (presence / absence, speed)
(3-3) Polarization (linear polarization, circular polarization)

(4) Radar signal processing parameters (4-1) Quantization level (value)
(4-2) Bit width (4-3) Window function (rectangle, Hanning, Blackman, Kaiser)
(4-4) Main lobe width (4-5) Side lobe width

(5) Necessity of application of clutter removal (5-1) Sea clutter (sea surface reflection) STC
(5-2) Weather Clutter (Rain and Snow) FTC
(5-3) Partial autocorrelation filter PARCOR
(5-4) Alman algorithm (5-5) Learning identification method

(6) Necessity of applying CFAR (7) Necessity of inter-sweep correlation (integration) (7-1) Amplitude addition average (7-2) Coherent integration

(8) Necessity of application of inter-scan correlation (9) Necessity of application of inter-scan integration (10) Necessity of application of interference cancellation (11) Detection performance (threshold)

(12) Necessity of application of detection of moving target (12-1) MTI
(12-2) LPF (linear prediction filter)
(12-3) CAMDF (Clutter Adaptive Multi Doppler Filter)

(13) Necessity of target tracking (13-1) Filtering method for target tracking (13-1-1) α-β filter (13-1-2) Kalman filter (13-1-3) Adaptive filter

(14) Sharing / distribution of information with the outside (14-1) Target (14-2) Sharing destination

(15) Instruction (15-1) Instruction method (15-2) Instruction target (15-3) Instruction format

In addition, there existed patent document 1 thru | or patent document 7 listed below as prior art relevant to this invention.
(1) “A speech recognition device for calling a target by voice, a speech recognition means for recognizing an input voice, a target search means for searching for a call target based on a recognition result by the voice recognition means, and the target Based on the search results of the search means, a category name creation means for extracting a character string that is commonly present in a plurality of search result items as a category name, the created category, and the search results of the target search means are displayed in a menu. The menu item name of the search candidate to be displayed is provided with menu creation means for creating the menu of the search result and menu display means for displaying the menu created by the menu creation means. Speech recognition apparatus and speech recognition method characterized by "reducing the number" ... Patent Document 1

(2) “A document search device for performing a fuzzy search including incomplete matching of a specific character string for a plurality of documents stored in a storage device, wherein the specific character string is set for all the documents. An evaluation unit for collating and determining the degree of coincidence, a totaling processing unit for totaling the number of documents corresponding to each degree of coincidence, and a tabulation result by the totaling processing unit in a table and / or graph A display unit for displaying, and if necessary, the number of documents corresponding to each degree of coincidence can be displayed in a table and / or graph. The search method is characterized in that “the search time is reduced as much as possible and the search efficiency is improved”.

(3) "In a search method for searching a set of search target character strings based on a character string input from an input means, search for a search target character string having a character string that matches the character string; “If the search target character string having the matching character string cannot be detected, the set of search target character strings is searched by fuzzy search based on the character string”, for example, When searching a dictionary or the like, a search method characterized by “obtaining a search result intended by the user as required even if the user incorrectly inputs a search term” ... Patent Document 3

(4) “In a computer system capable of searching for a comparison document stored in a storage medium, a method for identifying a characteristic character string included in an input document input to the computer system, comprising: (a) the comparison document Managing the position information in the comparison document in which the partial comparison document character string extracted from is associated with the partial comparison document character string, and (b) extracting the partial input character string from the input document A candidate character string, (c) identifying a partial comparison document character string that matches a part of the candidate character string with a certain similarity or higher, and (d) with a certain similarity or higher. Identifying the position information associated with the matching partial comparison document character string; (e) comparing the position information with the appearance frequency information in which a part of the candidate character string appears in the input document; The candidate sentence Including the step of identifying the candidate character string as a characteristic character string by evaluating the characteristic amount of the character string ”, so that the characteristic character string is relatively and fluidly used without using vocabulary information / grammar information. Information retrieval method characterized by "extract" point ... Patent Literature 4

(5) "Address data input means for inputting an address as numerical data corresponding to an address classification, a position specifying neural network for inputting the numerical data and outputting position information of the address, and the position specifying neural network Output means for displaying and outputting the position specified by the map on the map ", thereby reducing the amount of data for specifying the position of the address data on the map and quickly and accurately determining the position of the address data. Address position specifying device characterized by the point that it can be specified ”. Patent Document 5

(6) “Similar search that is similar to the search information and the object storage unit in which the input unit, the object, and the search information for searching this object are stored in association with each other, and the search information. Information and a search information storage unit in which the similarity between the search information and the similar search information is stored in association with each other, and an object input from the input unit is added to the object. Based on the object registration unit to be registered in the object storage unit, the search information specified from the input unit, and the similarity specified from the input unit, the specified search information from the search information storage unit A similar search information selection unit for selecting similar search information whose similarity is equal to or higher than the specified similarity, the selected similar search information, and the specified search information Of the selected similar search information or the specified search information from the object storage unit based on the selected similar search information and the specified search information. By including a search unit that searches for an object to which at least one of the objects is added and an output unit that outputs the object searched by the search unit, the “selected at the time of fuzzy search is selected according to the specified degree of ambiguity” Information processing apparatus characterized in that "search information can be displayed" ... Patent Document 6

(7) “Speech recognition device for calling a target by voice, a voice recognition means for recognizing an input voice, a target search means for searching for a call target based on a recognition result by the voice recognition means, and the target Based on the search result of the search means, a category name creating means for extracting a character string that is commonly present in a plurality of search result items as a category name, and a search result item by the target search means among the created category names The category name that matches or partially matches the character string of the above is created by the menu creation means for creating the search result menu and the menu creation means as the menu item name when displaying the search result of the target search means as a menu. By providing a menu display means for displaying the displayed menu, “the number of search candidate menu items to be displayed is reduced. A speech recognition device characterized by the point ... Patent Literature 7

JP 2003-186495 A JP-A-7-129625 JP-A-9-231240 Japanese Patent Laid-Open No. 9-293077 Japanese Patent Laid-Open No. 10-240710 JP-A-10-260981 JP 2003-186495 A

  By the way, in the above-described conventional radar apparatus 70, there are various forms in which each unit functions or links in accordance with various conditions such as the target to be detected, the location where the target is located, the weather conditions in the sea area, and the time zone. It is.

  Therefore, the operation of the radar apparatus 70 by the operator follows a number of pull-down menus and other hierarchical menus under a GUI (graphic user interface) via an instruction screen provided in the instruction unit 74, for example. It was cumbersome to be performed by.

  In other words, in the conventional example, not only the configuration, function, and specification of the radar device 70 but also the skill of operation is determined in accordance with the judgment of the applicability of the radar signal processing system and the combination, the pros and cons, the applicability, and the suitability. In many cases, it took a lot of time and cost to educate and train newcomers to become operators.

  In addition, when operation in a form that is not frequently performed becomes necessary, the operator must perform the operation with reference to a manual that describes the operation procedure that enables such operation. In addition to the low operability, there was a high possibility that prompt operation during an emergency was hindered.

  Furthermore, in the conventional example, the processing amount of the control unit 75 is improved in performance related to the radar device 70, the addition of a new function, although the surplus has increased in accordance with the improvement in the performance of the control unit 75. Even when applied to increase added value, there was a strong tendency not to break down to improve operability.

  An object of the present invention is to provide an electronic device, an operation support device, a terminal device, a program, and a storage medium that are capable of greatly improving operability at low cost without greatly changing the basic configuration.

  According to the first aspect of the present invention, in the apparatus having a processor that controls the linkage or operation of the components, the processing request means includes individual preconditions that can be exhibited for each function of the apparatus, and the individual preconditions. Among the pairs of processing to be performed by the processor in order to fulfill the above, the processor is requested to perform processing indicated by a pair matching the word or phrase given by the operator.

  That is, a pair of a desired function to be exhibited by the device and a precondition of the function is designated as a pair matched with a word or phrase given by the operator in such a pair mode.

  According to the second aspect of the present invention, in the operation support apparatus that supports the operation of the apparatus having the processor that controls the linkage or operation of the components, the processing request means is an individual premise that can be exhibited for each function of the apparatus. Of the pair of a condition and a process to be performed by the processor to fulfill the individual preconditions, the processor is requested to perform a process indicated by a pair that matches a word or phrase given by an operator.

  That is, a pair of a desired function to be exhibited by the device and a precondition of the function is designated as a pair matched with a word or phrase given by the operator in such a pair mode.

  According to the invention described in claim 3, in the terminal device provided for a predetermined application, the processing request means is an individual function that can be exhibited for each function of the device having components that are coordinated and controlled by the processor. Of the pair of a precondition and a process to be performed by the processor for exerting the individual precondition, the processor is requested to perform a process indicated by a pair that matches a word or phrase given by an operator. .

  That is, a pair of a desired function to be exhibited by the device and a precondition of the function is designated as a pair matched with a word or phrase given by the operator in such a pair mode.

  According to the present invention, if the operator can find the aforementioned words and phrases, the configuration of the device to be operated, and the form of functional distribution and load distribution performed under the configuration Even if the user is not familiar with both, the apparatus can exhibit a desired function under a desired precondition.

  Therefore, in the apparatus and system to which the present invention is applied, the operability can be greatly improved at a low cost without greatly changing the basic configuration, and convenience and availability are comprehensively improved.

It is a figure which shows one Embodiment of this invention. It is an operation | movement flowchart of this embodiment. It is. It is. It is. It is. It is.

Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.
FIG. 1 is a diagram showing an embodiment of the present invention.
The difference between the present embodiment and the conventional example shown in FIG. 7 is that, in terms of hardware, a control unit 11 is provided instead of the control unit 75, and in terms of software, an antenna system 71, a transmission / reception unit 72, and signal processing are provided. The individual operation modes and functions of the unit 73 and the instruction unit 74 (hereinafter collectively referred to as “each unit”) and their linkage modes are realized under the leadership of the control unit 11 as will be described later. There is in point. Hereinafter, the radar apparatus according to the present embodiment will be denoted by the reference numeral “10”.

FIG. 2 is an operation flowchart of the control unit in the present embodiment.
FIG. 3 is a diagram for explaining the operation of the present embodiment.
The operation of this embodiment will be described below with reference to FIGS.

  A feature of the present invention is that, in the present embodiment, the control unit 11 is mainly involved in the operation and linkage of each unit in the same manner as the control unit 75 shown in FIG. A GUI with the operator is taken via the instruction screen and the operation unit, and processing described later is performed under the GUI.

Calculation targets referred to by the control unit 11 in the course of such processing include the phrase register 11 _FRT , the basic phrase table 11 _BFT, and the action register 11 _AR shown in FIGS. 4 to 6, respectively. Note that the phrase register 11 _FRT , the basic phrase table 11 _BFT, and the action register 11 _AR are arranged in a main memory or an external memory (none of which is shown) of the control unit 11.

Hereinafter, the contents and format of these calculation targets will be described.
[Basic phrase table 11 _BFT ]
As shown in FIG. 5, the basic phrase table 11 _BFT is based on a field in which the following three items that are adapted to the specifications, performance, and the like of the radar apparatus 10 and in which values that can actually be applied are preset are stored. Configured as a sequence of records.

(1) “Basic Phrase” configured as a phrase (sentence or phrase) indicating a corresponding operation mode and environment for each basic mode of operation that each unit of the radar apparatus 10 should perform in cooperation or independently
(2) “Processing identifier” indicating a process in which the control unit 11 instructs the corresponding unit that the units of the radar apparatus 10 are linked or operate independently in the form indicated by the “basic phrase”.

(3) "Parameter" indicating the argument to be applied when executing the process indicated by the process identifier above
In the following, it is assumed that the “process identifier” described above is an identifier of a function that is defined in a predetermined interpreter language and that is executed by the control unit 11 to realize the corresponding process.

Further, it is assumed that each element included in the “parameter” is defined in one of the following forms, for example.
(a) “Blank” means that the value is unquestioned
(b) "?" meaning that the value should be set by an inquiry to the operator

(c) “f _id ” (“id”) means an identifier of a process to be executed to determine a value, and “id” is an identifier assigned in advance to the corresponding process (however, the “process indicated by the sub-identifier” (It is assumed that the argument is included in the “parameter” above.)
(d) Constant value not corresponding to any of the above “blank”, “?”, and “f _id ”

[Action register 11 _AR ]
As shown in FIG. 6, the action register 11 _AR sequentially stores records including pairs of processing identifiers and parameters obtained by the control unit 11 referring to the basic phrase table 11 _BFT , and is included in each record. The work area is appropriately sorted in the order in which the process indicated by the process identifier is to be executed, and is referred to for editing as appropriate.

The procedure of characteristic processing performed by the control unit 11 in the present embodiment is as follows.
For example, in the wind and snow area, the operator may have interference caused by radar signals coming from radar devices that are mounted on other nearby vessels and use the same frequency band. In the situation where a ship is to be detected, first, for example, the keyword “wind” is entered in a text box displayed by the GUI performed between the instruction unit 74 and the control unit 11 (FIG. 3 (1)). ).

When the control unit 11 identifies such a keyword “wind” (step S1 in FIG. 2), the control unit 11 performs the following processing.
(1) Basic Phrase Table 11 Among the records of _BFT , records (FIG. 3 (2)) including the keyword “wind” in the “basic phrase” field are listed (step S2 in FIG. 2). Hereinafter, such processing is referred to as “correlation record extraction processing”.

(2) A pull-down menu in which the values of “basic phrases” of these records (hereinafter referred to as “candidate basic phrases”) are displayed at the bottom of the text box (step S3 in FIG. 2 and FIG. 3 (3)). ). Hereinafter, such processing is referred to as “candidate phrase display processing”.

  Among these “candidate basic phrases”, the basic phrase that is most suitable for the situation described above (hereinafter referred to as “optimal basic phrase”) “suppress sea surface reflections coming from wind-driven waves” is selected by the operator. Then (Step S4 in FIG. 2, FIG. 3 (4)), the control unit 11 performs the following processing.

(1) Basic Phrase Table 11 Among the _BFT records, a record (FIG. 3 (5)) (hereinafter referred to as “corresponding record”) in which the value of the “basic phrase” field is equal to this optimum basic phrase is identified (see FIG. 2 step S5). Hereinafter, such processing is referred to as “corresponding record extraction processing”.

(2) The value of the “process identifier” field and the value of the “parameter” field of such a corresponding record are stored in empty records in the action register 11 _AR (step S6 in FIG. 2, FIG. 3 (6)). ). Hereinafter, such processing is referred to as “action record storage processing”.

(3) If there is a phrase that precedes the text box, change the display attribute of the phrase to “underlined” and confirm (step S7 in FIG. 2). "Suppress sea surface reflections coming from waves moving in" is displayed on the text box (step S8 in FIG. 2, FIG. 3 (8)). Hereinafter, such processing is referred to as “phrase update processing”.

  In addition, among the keywords indicating the above-described situation, other keywords that are not included in the already selected optimum basic phrase “suppress sea surface reflections coming from wind-driven waves” include, for example, “dry” or “ When the “interference” is added to the text box by the operator, the control unit 11 applies the keyword “dry” or “interference” instead of the “wind” described above, thereby “correlation record extraction processing”). [Step S2) in FIG. 2 and “Candidate Phrase Processing” (Step S3 in FIG. 2), and “corresponding record extraction processing” based on the optimum basic phrase “suppress interference in the same frequency band” obtained as a result of these processing. (Steps S4 and S5 in FIG. 2), “Action record storage process” (Step S6 in FIG. 2), and “Phrase update process” (Step S7 in FIG. 2).

In FIG. 3, the correspondence relationship with a series of processes performed in accordance with such a keyword “dry (interference)” is basically as described above, and thus the numbers (1) to ( Add a quotation mark “'” to 7).
As a result of the above processing, the text box displays “a moving target is detected even when there is a wind, and interference in the same frequency band is suppressed” as a phrase adapted to the above-described situation.

Further, each record of the action register 11 _AR is a process identifier indicating a process to be performed by the control unit 11 in order for each unit of the radar apparatus 10 to be linked or operated in the form individually indicated by the following two phrases: A pair of Plpi and Pstg_tx and parameters to be referred to in the course of these processes is stored.

(1) Phrase "Suppresses sea surface reflections coming from wind-driven waves"
(2) Phrase "Suppress interference in the same frequency band"
In the functions indicated by these processing identifiers Plpi and Pstg_tx, the following processing procedure is defined in advance.

[Function Plpi]
By applying an adaptive linear prediction filter (LPF) to the processing of the radar signal, the signal processing unit 73 is instructed to suppress the sea surface reflection that has arrived from the wind-moving wave.

[Function Pstg_tx]
By connecting the transmission / reception unit 72, the signal processing unit 73, and the instruction unit 74 so that the synchronization relationship with the radar signals of the same frequency coming from other neighboring ships (radar devices) is dispersed on the time axis, the radar is obtained. Reduce signal interference.

The control unit 11 refers to the records in the action register 11 _AR (hereinafter referred to as “action records”) one by one and performs the following processing.
(1) Each argument indicated by the value of the “parameter” field is referred to based on the above-described rules (a) to (d), and appropriately complemented and determined (step S9 in FIG. 2).
(2) Using the argument thus determined, a function corresponding to the value of the “processing identifier” field of the corresponding record is activated (step S10 in FIG. 2).

  That is, in this embodiment, based on a phrase including a keyword input by an operator, it is possible to easily select a mode in which each unit of the radar apparatus 10 should be linked or operated independently. The cooperation and operation of each part of the radar apparatus 10 according to the selected form are quickly realized under the control of the control unit 11.

Furthermore, in this embodiment, all the keywords that can be specified by the operator are included in each record of the basic phrase table 11 _BFT , as shown in the paragraphs (1) to (15-3) listed in the paragraphs 0011 to 0021. The functions and operation modes of the radar apparatus 10 represented by the included basic phrases are all covered, and the functions and their arguments for realizing these functions and operations when executed by the control unit 11 are defined in advance. .

  Therefore, according to the present embodiment, the surplus processing amount of the control unit 11 is effectively utilized, so that the operability of the radar apparatus can be greatly improved at a low cost without any major change in the basic configuration. It is done.

In addition, according to the present embodiment, a record including a basic phrase, a processing identifier, and a parameter corresponding to the function, performance, and other conditions that can be required for the radar apparatus 10 is registered in the basic phrase table 11 _BFT in advance. In addition to the simplification of various operations, the efficiency is improved and a significant labor saving is achieved, and the availability and reliability of the radar apparatus 10 are enhanced.

  Furthermore, according to the present embodiment, the operator can operate the radar apparatus 10 in a desired form by exceeding the limit of the vocabulary possessed by specifying the keyword described above.

In the present embodiment, the basic phrase table 11 _BFT may be added with a new record and edited with an existing record under a predetermined operation performed by the operator.

The phrase input to the phrase register 11 _FR may not be a sentence or a phrase, and may be a string of words corresponding to a keyword, for example.

  Furthermore, the above-described keywords may not be individually input by the operator. For example, words extracted by morphological analysis of sentences and phrases input by the operator as “the desired operation mode of the radar apparatus 10”. Alternatively, it may be set as a synonym or related word (both are obtained by referring to a predetermined dictionary) of such a word.

  In addition, the present invention is not limited to the radar device 10 and is configured from a plurality of components, and if an operation to be performed by the operator for the operation of these components or instructions of the form of linkage may be complicated, It is equally applicable to any device or system.

Furthermore, in this embodiment, the order of records registered in the action register 11 _AR may not be arranged in the order in which the control unit 11 should execute the records.

The series of processes shown in the action register 11 records registered in _{the AR} in the direction to be realized with an accuracy higher or desirable conditions may be optimized execution sequence of the function represented by each process identifier, or These functions may be configured as a recursive or reentrant function for competition and adjustment with the execution of other functions.

  Furthermore, the hardware and software configurations of the present embodiment are not limited to the configurations described above, and the functional behavior and processing of the characteristic behavior and processing of the present invention that are performed by the linkage of each unit can be distributed in any form. May be.

  In the present embodiment, the GUI between the operator and the control unit 11 is performed via an instruction screen and an operation unit provided in the instruction unit 74.

  However, all or part of both or both of these instruction screens and operation units are, for example, an operation display unit of a general-purpose terminal device such as a smartphone that can be linked to the control unit 11 or the instruction unit 74, and these The control unit 11 and the instruction unit 74 may be replaced with software incorporated in the smartphone.

  Further, in the present embodiment, the basic phrase is not a sentence or a phrase but a predetermined rule if the operator does not have any doubt about the function and behavior of the radar apparatus 10 and accurately indicates the intention of the operator. It may be a string of words or a statement that conforms.

  Further, in the present embodiment, the basic phrase is not limited to weather conditions such as “snow” and “wind”. For example, a radar device such as a time zone, a region, temperature, humidity, an operator identifier, etc. Any condition that is a premise of the ten functions and behaviors may be included.

Furthermore, in this embodiment, the basic phrase may not be selected from the pull-down menu displayed by referring to the basic phrase table 11 _BFT based on the keyword input by the operator. Sentences / phrases and their basic phrase table 11 The most probable “basic phrase” under the correlation of the “basic phrase” field of the _BFT may be adopted automatically or with the confirmation of the operator.

  Further, the present invention is not limited to the above-described embodiments, and various configurations of the embodiments are possible within the scope of the present invention, and any improvements may be made to all or some of the components.

  Hereinafter, among the inventions disclosed in the present application, the configurations, operations, and effects of the invention that were not described in the “Claims” will be described as “Claims”, “Means for Solving the Problems”, and “ List them in the format according to the “Effect” column.

[Claim 6]
The apparatus of claim 1.
The processing request means includes
An apparatus requesting the processor to perform processing indicated by a pair designated by the operator among candidate pairs matching the word or the phrase.

  That is, a pair of a desired function to be exhibited by the apparatus and a precondition of the function is not simply matched with a word or phrase given by the operator in such a pair of modes, but the operator Set to the pair selected by.

  Therefore, the operator of the apparatus to which the present invention is applied can operate the apparatus in a desired form even when there are a plurality of pairs of functions and preconditions that match the above words and phrases.

[Claim 7]
The operation support apparatus according to claim 2,
The processing request means includes
An operation support apparatus that requests the processor to perform processing indicated by a pair designated by the operator among candidate pairs matching the word or the phrase.

  That is, a pair of a desired function to be exhibited by the apparatus and a precondition of the function is not simply matched with a word or phrase given by the operator in such a pair of modes, but the operator Set to the pair selected by.

  Therefore, the operator of the apparatus to which the present invention is applied can operate the apparatus in a desired form even when there are a plurality of pairs of functions and preconditions that match the above words and phrases.

[Claim 8]
The terminal device according to claim 3,
The processing request means includes
A terminal device that requests the processor to perform a process indicated by a pair designated by the operator among a pair of candidates that match the word or the phrase.

  That is, a pair of a desired function to be exhibited by the apparatus and a precondition of the function is not simply matched with a word or phrase given by the operator in such a pair of modes, but the operator Set to the pair selected by.

  Therefore, the operator of the apparatus to which the present invention is applied can operate the apparatus in a desired form even when there are a plurality of pairs of functions and preconditions that match the above words and phrases.

[Claim 9]
The apparatus according to claim 1 or 6,
A storage means in which a pair of an individual precondition that can be exhibited for each function of the device and a process to be performed by the processor for exhibiting the individual precondition is provided in advance. apparatus.

  That is, the pair of the function to be exhibited by the device and the preconditions for the function are flexibly incorporated within the range of the storage capacity of the storage means even when there are many aspects and slightly different ones are included. Moreover, changes and modifications are possible.

  Therefore, the present invention can be flexibly applied to apparatuses having various functions, performances, and specifications.

[Claim 10]
In the operation support device according to claim 2 or 7,
A storage means in which a pair of an individual precondition that can be exhibited for each function of the device and a process to be performed by the processor for exhibiting the individual precondition is provided in advance. Operation support device.

  That is, the pair of the function to be exhibited by the device and the preconditions for the function are flexibly incorporated within the range of the storage capacity of the storage means even when there are many aspects and slightly different ones are included. Moreover, changes and modifications are possible.

  Therefore, the present invention can be flexibly applied to apparatuses having various functions, performances, and specifications.

[Claim 11]
In the terminal device according to claim 3 or 8,
A storage means in which a pair of an individual precondition that can be exhibited for each function of the device and a process to be performed by the processor for exhibiting the individual precondition is provided in advance. Terminal device.

  That is, the pair of the function to be exhibited by the device and the preconditions for the function are flexibly incorporated within the range of the storage capacity of the storage means even when there are many aspects and slightly different ones are included. Moreover, changes and modifications are possible.

  Therefore, the present invention can be flexibly applied to apparatuses having various functions, performances, and specifications.

DESCRIPTION OF SYMBOLS 10,70 Radar apparatus 11,75 Control part 11 _FR phrase register 11 _BFT basic phrase table 11 _AR action register 71 Antenna system 72 Transmission / reception part 73 Signal processing part 74 Instruction part

Claims (5)

A device having a processor that controls the linkage or operation of components,
For each function of the device, match a word or phrase given by an operator in a pair of individual preconditions that can be fulfilled and processing to be performed by the processor for fulfillment in the individual preconditions An apparatus comprising: processing request means for requesting the processor to perform processing indicated by a pair. An operation support device that supports the operation of a device having a processor that controls the linkage or operation of components,
For each function of the device, match a word or phrase given by an operator in a pair of individual preconditions that can be fulfilled and processing to be performed by the processor for fulfillment in the individual preconditions An operation support apparatus comprising processing request means for requesting the processor to perform processing indicated by a pair. A terminal device for a predetermined use,
A pair of individual preconditions that can be exhibited for each function of a device having components whose linkage and operation are controlled by a processor, and processing that should be performed by the processor in order to exhibit the individual preconditions A terminal device comprising: processing request means for requesting the processor to perform processing indicated by a pair matching a word or phrase given by an operator.   A program causing a computer to function as the terminal device according to claim 3.   A computer-readable storage medium storing a program for causing a computer to function as the terminal device according to claim 3.