DE102008008948A1 - System architecture for dynamic adaptation of information display for navigation system of motor vehicle i.e. car, has input modalities with input interacting to modalities so that system inputs result about user interfaces of output module - Google Patents

Abstract

The architecture has detecting modules with user interfaces providing the multi-part and hierarchically structured multiword information due to the modal input-interaction of a user to output the information to user interfaces of an output module. Each executed input of information parts of the information of the selected or used input modalities (M1-M3) interacts to further selected or used input modalities such that the system controls the information length in each selected or used input modality by a system-procedure and inputs the result about the interfaces of the output module. An independent claim is also included for a method for multi-modal object inputting of the multi-part and hierarchically structured object information and dynamic revaluation of an object for a navigation system of a motor vehicle based on the object information.

Description

The The invention relates to a system architecture for multimodal information input a multi-part and hierarchically structured multi-word information, and a dynamic adaptation of an information display, in particular a navigation system of a motor vehicle, with a plurality of input and output modalities with those in the preamble of Claim 1 features and a method for automatic Control of a navigation system of a motor vehicle for multimodal Information input of a multi-part and hierarchically structured Multi-word information, in the preamble of the claims 18 and 19 mentioned features.

It is known that the automotive environment is even more multimodal Requires user interfaces, such as human-computer communication at a domestic personal computer. During a drive It is the visual sensory perception of the driver that is particularly through the driving itself and the observation of traffic is strained.

Become now more information, such as the route information of a navigation system, also via a visual This is not to be underestimated Potential danger. When the driver is in a delicate traffic situation avoids the view from the traffic, there is a danger of visual perception overload. Accordingly, it can happen that the driver the information due to the enhanced visual Modality of the driving and for example the Route information of the navigation system can not record. Multimodal dialog systems offer the possibility of a appropriate and secure communication.

It have therefore been making remarkable efforts in recent years undertaken, data entry and provision of information for to make the driver more optimal. For example, voice input systems been developed, which allows a contactless input almost without assistance allow at least one hand of the driver.

Further screens are used as display elements and for operation as touch screens also simultaneously as input interfaces for electronic Devices in the vehicle, such as a navigation device, a handsfree, a radio, a TV and even used as a climate control device and the like.

Out The prior art also has several input options, so-called input modalities, structured information usable independently of each other. That way the user can For example, decide his or her goal through the voice input modality or by keyboard, again with the keyboard, for example on a touch screen, in the form of touch-sensitive Fields can be shown. Furthermore, the user can be his destination for example, by touching or circling a specify geographic location point.

however is all input / output interfaces or modalities and the electronic devices that can be operated with them, that once, for the example mentioned Destination input, selected modality to completion the input must be maintained, so even with another Input modality must be restarted when the user for some reason the initially selected input modality in the further destination input displeases.

The Type of information to be entered, which is usually a target for a navigation device can pretend that for different parts, for example as an address structured destination information, other input and display modalities are more advantageous than the one with which the user enters his destination had begun. Similar situations can occur if a song is stored from a large number Title for a sound reproduction is to be selected.

therefore may be the use of the input and output modalities an electronic device in the vehicle by the driver during the ride be problematic.

Of the Term modality, or input / output modality, is used in this specification to have one each Entity needed to perform a function Includes assemblies, units, programs, and the like.

Of the Invention is based on the object, the input and output modalities an electronic device in the vehicle, in particular a navigation system, easier to use.

A method and a device for recognizing speech commands is already out of the DE 195 33 541 C1 known. This method allows the automatic control of one or more devices by voice commands or voice dialogue in real-time operation. The patent further discloses an apparatus in which a voice input and output unit are connected to a voice recognition unit via a voice signal preprocessing unit.

Also known is an apparatus and a method that in the published patent application DE 10 2005 007 317 A1 are described and serve to encourage the user to use a voice control, with non-linguistic inputs are also possible.

The Invention is based on this prior art, by the features the preamble of claim 1 is defined.

The Invention is based on the preamble of the claim 1 initially characterized in that after entering an information piece, a multi-part and hierarchically structured multi-word information, in one of at least two selected input modalities, deviating from the input modality previously used for part input, another input modality selectable and to Input is usable.

These Approach is possible because according to the invention each inputting an information part of the multipart, hierarchically structured multi-word information of the selected or used input modality, to which at least one more Selected or used input modality acts.

The System is able to do this with the help of this system architecture until then provided information about a System procedure in each of the selected or used Modality continues to narrow and the result over at least one arranged user interface of an output module issue.

For a route planning of a navigation system, in particular its Destination input, results with the help of the system architecture according to claim 1 a method according to claim 19, whose general method steps, which are also suitable for other applications, in use 18 are formulated.

The The method of claim 19 is characterized to determine a destination information characterized in that the input of an information part of a multi-part and hierarchically structured destination information first takes place in a first modality, which deviates from the first input modality used for the first part input another modality for entering the destination information, for correcting and limiting the destination information by means of a system procedure is selectable and usable. It works each partial input of a destination information part the multi-part, hierarchically structured destination information in the each selected or used input modality on the at least one other selected or used Input modality on.

The Destination information or, via another modality, corrected destination information is beyond, in the each provided by then accuracy in a cartographic Presentation at their geopositions over at least one arranged user interface of an output module, in particular via a navigation display, issued.

In the embodiment of the system architecture according to claim 1 and the The method of claim 19, the method as a "geo-Speller" designated.

This Method is characterized in that starting from the features of the preamble of claim 18, the input of an information piece a multi-part and hierarchically structured destination information first in a first modality by voice input "Speller" [from the English "speller" - in the sense of right or wrong detected speech input as written information], where different from the first used part input by voice input another Modality for entering the destination information, in particular a keyboard or touch operator action or gestural act, for correcting and limiting the destination information by means of a system procedure is selectable and usable.

each Partial input of a target information of the multipart, hierarchically structured destination information in the respectively selected or used input modality affects the at least another selected or used input modality one.

The collated target information and the, over another Modality, corrected destination information is in each case until then provided accuracy in a cartographic Presentation at their geopositions ["Geo"] about at least one arranged user interface of an output module, especially via the navigation display. The Combination of first input of the multipart, hierarchically structured Destination information by language "Speller" and the display a navigation display at the corresponding geographical location "Geo" derived therefrom as the "Geo-Speller" method.

to Implementation of a method according to claim 18 and 19 the system architecture has preferred features.

As a first input modality is a voice input and as a second input modality is a keyboard and / or touch control action and / or as a third input modality is provided a gestural operating action. This one Gift-modalities is in each case a detection module with the respective user interface, in particular a voice detection module, for example a microphone, a keyboard operable by keys or a touch-operable display or a gestures recognizing detection module, such as a display or navigation display with a proximity sensor, assigned. The output of the information preferably takes place acoustically on the user interface assigned to the respective output module, in particular on a display, in particular a navigation display, cartographically or via the voice output module via voice output via a loudspeaker.

The, the scope of information further limited, System procedure is based on a database based on existing, previously loaded into the system architecture, accessing data. The system architecture has functions that make it possible in the database after entering a multi-word information in each the input modality used result data, such as destination information, providing to the multi-word information a possible, searched feature or a possible searched group of features filtered out of the data of the database and the found data output hierarchically in the output module.

In Preferred embodiment of the invention is the multi-part and hierarchically structured multi-word information an address information as a destination of route planning and / or a POI search in a navigation mode a navigation system or a music selection information in one Entertainment mode of the system, whereby input and output of the partial information the multi-word information in a predetermined or selectable Order can be entered or output. This approach will be explained in more detail in the embodiment.

Prefers is further that, for example, in the navigation mode, one on a keyboard or touch operation and / or gestural operator action and / or voice input the hierarchically structured multi-word information using the the system procedure has been restricted to one, on the output module, in particular the display, visualizable, restricted image display and / or a selection list leads.

Further is preferred by the respective multi-modal input an image display generated in the cartographic representation is, the representation depending on the possible, found characteristics or feature groups independently or by entering in at least one of the modalities and ausoombar, depending on the possible, found features or feature groups, by entering at least one modalities, another limitation of until then filtered out information scope possible which in turn can be visualized as a cartographic representation as well as independently or by input on and ausoombarbar is. The zoom in and zoom out is as zoom in and out of the respective Representation understood.

In Another preferred embodiment is about the respective Input in one of the modalities the picklist generates, which is executed as a list-like representation, the depending on the possible features found or feature groups by entering in at least one of the modalities another limitation of the filtered out so far Scope of information in a menu-style leaderboard, in turn, as a list-like presentation as a new leaderboard can be visualized.

Around to ensure such a function are the generated Image display and the selection list linked together so that one selected over the one used Input modality, further selection made, the already possible, found characteristics or feature groups, to a continuation of the restrictive system procedure, too in the currently unused modality, leads and the so limited selection - depending on the possible, found characteristics or feature groups - on the display is visualizable, the system being the new limited Selection, as image display by zooming in and out of the cartographic Display on a display / navigation display, as output module, adapts.

For example In a navigation mode of the system architecture, the degree of caused by a limited selection, zoom in process on the image display and / or the selection list by, in at least one of the modalities was done, input to the image display or the select list filtered out by the system procedure, limited information is determined or not those filtered out by the system procedure Information determines, but it becomes a predetermined zoom factor applied to only a predetermined portion of the information a display / navigation display.

Conversely, in a navigation mode of the system architecture, the degree of zooming out of the image display and / or drop-down list caused by an expanding selection is determined by the zooming in of at least one of the modalities be determined on the image display or the selection list, by the filtered by the system procedure, extended information or not determined by the filtered out by the system procedure, extended information, but it is given a predetermined zoom factor, which is only a part of the extended information outputs.

Further For example, the system architecture can be designed to work in the navigation mode the degree of, due to the limited selection of the image display and / or drop-down list, zoom in and out the image display and / or drop-down list caused the image to zoom out by evaluating the probability of different locations and / or by the size of the towns and / or by the proximity of the vehicle to the respective selection and / or determined by previously driven goals.

After all is in a further preferred embodiment of the invention for it Made sure the selection of input modality at any time during input or part input of any Information parts of the multi-part, hierarchically structured information using a menu that appears on the display is what the modalities that can be used suggest.

about the menu, which can be visualized on the display / navigation display is, the input modalities are selectable or callable. The menu is on or in a designated Area can be visualized on the display / navigation display. The menu is Furthermore, in one embodiment, a pop-up menu, which in Combination, proposing both the modalities that can be used as well as the respective best list displays.

The System architecture and its associated procedure below in an embodiment with reference to the associated Figures explained. Show it:

1 an example of a screen display with cartographic input modality and key input modality and

2 an example of a screen display with cartographic input modality and key input modality with, overlay the screen display. Menu.

1 shows an example of a navigation mode within a screen display. The as a navigation display 1 functioning screen has a button bar at the bottom of the screen in the form of a selection list 3 on, which comprises successively hierarchically structured fields of activity.

These Fields of activity allow in this embodiment entering a destination address Z [city, street, house number], which can be entered here in descending hierarchical order. These Hierarchy order can of course be the same or other applications may be ascending. The destination address or destination information Z corresponds in this embodiment a generally input multi-part, articulated multi-word information for a navigation mode of the system.

The following explanations can be made analogously an entertainment mode of the system for input of hierarchical articulated music selection information [genre, artist, album; Title] or the like.

Parallel to this, the navigation display includes 1 a cartographic representation 2 , which in the exemplary embodiment just represents the highest part of the hierarchy in the hierarchy [city].

The navigation display 1 shows in 1 For example, first a preset map section around the own location around or for example one who had stopped since last use, as this can have a high probability of further use.

From From this home screen, the user can switch to different Species begin to make a destination entry. in principle allows the system architecture with any input modality M1, M2, M3 to begin.

For this purpose, the system architecture is designed so that a first step for entering a destination information Z via a first input modality M1, for example by voice input takes place. The user taps the [Destination] panel, whereupon the voice output module prompts the user via a "destination input" loudspeaker, which then sets the destination address [city, street, house number] in a sentence as hierarchical, articulated multi-word information into a microphone , If the speech recognition is error-free and unique, then the user has already successfully made the desired entry of the destination address Z and the destination address is on the navigation display 1 cartographically as image display 2 displayed.

The system architecture can also be configured such that, as a first step, the input of a destination information Z via a second input modality M2 by means of a keyboard of a key panel or by touching the navigation display 1 he follows. According to 1 the user actuates the button [city, street, house number] by pressing or touching and gives the destination address Z via a navigation display 1 associated keyboard by pressing or touching the letters and numbers (not shown). If the input in this second modality M2 is error-free and unique, then the user has already successfully made the desired entry of the destination address Z and the destination address is displayed on the navigation display 1 cartographically as image display 2 displayed.

The system architecture is further designed such that, as a first step, the input of a destination information Z via a third input modality M3 is first done by gestures. To do this, the user moves the cartographic representation via a gestural operator action 2 on the navigation display 1 for example, the desired city as the destination address Z in the respective section of the navigation display 1 shows up. In this case, the user can by Gestische operator actions the cut in and out accordingly. From here, the user then changes to the first or second modality M1, M2, voice input or keyboard or touch operator action for further input and selection, and selects the corresponding "city" as described above Selection of the "road", etc., the process takes place again.

In each of the modalities used M1, M2, M3 provides the System architecture that after entering an information piece, the multi-part and hierarchically structured multi-word information for example, the "city" below deviating from the input modality used for the previous part input M1, M2, M3 now another input modality (M1, M2, M3) selectable and usable for input.

The System architecture ensures that every input made an information part of the multi-part, hierarchically structured Multi-word information, previously selected or used Input modality M1, M2, M3, on the at least one more selected or used input modality M1, M2, M3 acts, so that the system is capable of each until then provided information, for example "city" a system procedure in each subsequently selected or used modality M1, M2, M3 further restrict and the result via at least one arranged user interface output the output module.

It takes place as an output, independently of the mode M1, M2, M3 used for entering the destination address on the navigation display 1 , always parallel the display of the already found "city" or of the several found "cities", "street", house number "etc. in the respective geoposition as a cartographic representation 2 ,

Thus, it is possible, for example, to enter the "city" by voice recognition in the first mode M1 and then to select the "street" via the keyboard or touch control action in the second modality M2, as described, or even in between a shift in the cartographic detail 2 by gestural operator action in the third modality M3 to further restrict or expand the possible sought part input "street" make.

Prefers should for the first steps, the first modality M1 the speech recognition of the destination information Z [city, street, House number] are used, since here a distraction from the traffic observation, contrary to other manual operations is least.

In a first step, the user, as already described, Touch the [Destination] button, then the voice output module prompts the user for "destination input" by voice, then the destination address [city, street, house number] in a sentence as hierarchically structured multi-word information speaks into the microphone of a speech recognizer.

If the speech recognition is not error-free and / or ambiguous, the user will get different results as an image display 2 on the navigation display 1 presented and within the fields of activity are the possible outcomes in a menu-like leaderboard 5 deposited. The system architecture now offers several instruments for correcting the destination input made by voice input M1.

First of all, the system architecture ensures that the image display is activated by the speech input M1 2 is generated so that the one cartographic representation is executed, in which the representation in dependence of the found destination addresses "city 1, 2, 3 ..." etc. can be zoomed in and out, thereby subsequently in at least one of the modalities M1, M2 , M3 another restriction, the hitherto "filtered out" destination Z possible, in turn, as a cartographic representation 2 can be visualized and independently or by input on and ausoombarbar is.

In most cases, how will 2 on a navigation display 1 As an exemplary embodiment, the system architecture after voice input M1, for example, a certain number of "cities 1, 2, 3 ...", as an image display 2 in their geopositions and in parallel as list-like representation within the respective selection list 3 ge shows.

The further corrective selection can on the one hand by a touch operator action on the navigation display 1 directly in the second modality M2, like the 2 should clarify with the illustrated operating hand. On the other hand, the display of a leaderboard 5 , Here the user does not have the "Target" field of the selection list 3 but the field of activity "city" of the selection list 3 touched, whereupon the pop-up menu shown as a leaderboard 5 is displayed.

Use this pop-up menu as a leaderboard 5 Now all available input modalities M1, M2, M3 are available to him again. Beginning in the leaderboard, the user can press the "keyboard" field to use the second modality M2 by keypad entry for corrective destination input, which is then displayed in addition to or in conjunction with or in conjunction with the pop-up menu.

alternative the user could press the field "voice in" and thus activate the speech input M1 again, but in This correction mode, for example, just word by word another voice input receives.

A selection "gestural actuation" by means of the modality M3 is in 1 and 2 not shown, but is also conceivable.

In the exemplary embodiment is exemplary the best list 5 in addition to those found by voice input, "cities 1, 2, 3, 4." The limited selection "city 1, 2, 3, 4" as leaderboard 5 may have been made on the basis of available statistical information or usage information.

The leaderboard 5 may also be further scrollable, whereby further place names are available, such as in the image display 2 "City 5, 6" parallel in the geo positions on the navigation display 1 are displayed. The user can do that as a leaderboard 5 designed pop-up menu unused and instead, as shown and described, with the finger of the operating hand directly on the navigation display 1 For example, as shown, the desired city 5 Select and press M2 via touch control.

The Covert "cities" can be different Be made accessible.

First, in one embodiment, the leaderboard 5 the popup menu will be narrower on one of the four screen pages, providing a larger screen area for cartographic presentation 2 would be reserved.

Second, the map section 2 by holding and pulling with your finger, analogous to how it is possible with a mouse on a personal computer, to be moved in all directions until the desired map section 2 and the respective "city" to be selected if necessary.

Third, after touching the navigation display 1 in the field of cartographic representation 2 the pop-up menu 4 be hidden. It then takes place as in 2 shown, the selection by modality M2, by touching the "City 5" shown in the Geoposition.

Subsequently, but not shown, the presentation of the next hierarchy level, namely the "street" determined by the speech recognizer, takes place according to the choice of the destination location made in the selected modality M1, M2 and / or with the aid of M3 , in turn, only this street in the image display 2 and in the leaderboard 5 the selection list 3 written.

The cartographic map section 2 Thus, according to the invention, it is zoomed into the selected "city", for example "city 5", and at the same time, if the speech recognition is not unambiguous, as the best list 5 the "streets" in the selection list 3 deposited. Analogous to the picture in 2 will then be on the navigation display 1 that are simultaneously in the selection list 3 deposited "streets" of the selected "city" to be seen again in turn without first having a pop-up menu 4 is displayed.

The user can then freely choose again which of the available modalities M1, M2, M3 he wants to use for further input. He can execute the "road" directly on the navigation display by means of the second modality M2 by means of a touch operation or by tapping the "road" control panel via keys or touch, so that a to 2 analog menu 4 for further selection or correction of the searched "street" opens.Here then also the selection of the further desired, to be used modality M1, M2, M3 can be made.

By entering the "house number" or its visualization on the navigation display 1 , the user can proceed analogously.

When the user completes the destination address Z by viewing written information in the selection list 3 and / or, for example, by listening to the destination address spoken by a speech output module, checked and found to be correct, or by selection via the Ge oposition on the navigation display 1 has judged or selected as correct, he can cause by pressing the end key "OK" or by a voice command via the voice input module that the destination address Z of the navigation system of the navigation system is transferred.

1

display [Navigation Display]

2

cartographic Presentation [Image Display]

3

list-like Presentation [selection list]

4

menu

5

Leaderboard

M1

modality [Language]

M2

modality [Keyboard / touch control action]

M3

modality [non-contact gesture]

Z

destination information

QUOTES INCLUDE IN THE DESCRIPTION

This list The documents listed by the applicant have been automated generated and is solely for better information recorded by the reader. The list is not part of the German Patent or utility model application. The DPMA takes over no liability for any errors or omissions.

Cited patent literature

• - DE 19533541 C1 [0012]
• DE 102005007317 A1 [0013]

Claims (19)

System architecture for multimodal information input of a multi-part and hierarchically structured multi-word information and a dynamic adaptation of an information display based on the multi-word information, in particular for a navigation system of a motor vehicle, wherein the system architecture several, at least two, input modalities (M1, M2 , M3), each associated with the user interface detection modules, via which the user interface, the multi-word information, based on the respective modal input interaction of a user, can be supplied to output the multi-word information to a user interface of an output module, characterized in that, after input of an information part, the multi-part and hierarchically structured multi-word information, in one of the at least two selected input modalities (M1, M2, M3), deviating from the input modal used for the previous partial input (M1, M2, M3), another input modality (M1, M2, M3) is selectable and usable for input, since • every input of an information part of the multi-part, hierarchically structured multi-word information of the selected or used input modality (M1, M2, M3) to the at least one other selected or used input modality (M1, M2, M3) acts, • so that, the system is able to provide the respective previously provided information via a system procedure in to further restrict each selected or used modality (M1, M2, M3) and to output the result via at least one arranged user interface of an output module. System architecture according to claim 1, characterized in that as a first input modality voice input (M1) and / or as a second input modality (M2) a keyboard and / or a touch operator action and / or as a third input modality (M3) a Gestische operating action is provided to which the respective detection module with the respective user interface, in particular a speech detection module and a keyboard operable by keys or a touch-operated or gestures display ( 1 ), assigned. System architecture according to claim 1, characterized in that the output of the information at the, the respective output module associated user interface, in particular on the display ( 1 ), cartographically or via the voice output module by voice output acoustically. System architecture according to Claim 1, characterized that the scope of information further limited, System procedure has at least one database-based function, on the, in the database of the respective input modality (M1, M2, M3), data provided and to the multi-word information a possible, sought-after trait or a possible, sought after trait Group of characteristics from the data of the database filters out and the found data is hierarchically structured in the output module outputs. System architecture according to claim 1, characterized, that the multi-part and hierarchically structured multi-word information • one Address information as a destination of route planning and / or a POI search in a navigation mode of the system or • one Music selection information in an entertainment mode, in which Input and output of the multi-word information, in a predetermined or selectable order can be entered or output. System architecture according to claim 2, characterized in that in a navigation mode, made on a keyboard or by touch control action (M2) and / or gestural operating action (M3) and / or a voice input (M1), hierarchically structured multi-word information, the with the help of the system procedure has been restricted to one, on the output module ( 1 ), especially the display ( 1 ), visualizable, restricted image display ( 2 ) and / or a selection list ( 3 ) leads. System architecture according to claims 4 and 6, characterized in that by the respective multimodal input the image display ( 2 ) is generated as a cartographic representation ( 2 ) is carried out, wherein the representation depending on the possible, found features or feature groups independently or by input in at least one of the modalities (M1, M2, M3) on and ausoombar, depending on the possible, found features or feature groups by input in at least one of the modalities (M1, M2, M3) a further restriction of the hitherto filtered-out information scope is possible, which in turn as a cartographic representation ( 2 ) can be visualized and independently or by input on and ausoombarbar is. System architecture according to claims 4 and 6, characterized in that on the respective input in one of the modalities (M1, M2, M3) the selection list ( 3 ) is generated, which is executed as a list-like representation, depending on the possible, found features or feature groups by entering in at least one of the modalities (M1, M2, M3) a further restriction of the hitherto filtered out information in a menu-like leaderboard ( 5 ), which in turn can be used as a list-like representation ( 3 ) is visualizable. System architecture according to claim 6 or 7, characterized in that the generated image display ( 2 ) and the selection list ( 3 ) are linked together such that one; made over the respectively used selected input modality (M1, M2, M3); further selection of already possible, found characteristics or feature groups for a continuation of the restrictive system procedure, even in the currently unused modality (M1, M2, M3); leads and the so limited selection - depending on the possible, found characteristics or feature groups - on the display ( 1 ), the system has the newly limited selection as image display ( 2 ) by zooming in and out of the cartographic representation on a display ( 1 ), as output module. System architecture according to claim 6 or 7, characterized in that, in a navigation mode, the degree of limited zoom selection zooming on the image display and / or the selection list by, in at least one of the modalities (M1, M2, M3) , Input on the image display ( 2 ) or the selection list ( 3 ), • is determined by the limited information filtered out by the system procedure, or • is not determined by the restricted information filtered out by the system procedure, but a predetermined zoom factor is applicable which outputs only a predetermined part of the information , System architecture according to claim 6 or 7, characterized in that, in a navigation mode, the degree of zooming out of the image display caused by an expanding selection ( 2 ) and / or the selection list ( 3 ) by the, in at least one of the modalities (M1, M2, M3), input to the image display ( 2 ) or the selection list ( 3 ), • is determined by the extended information filtered out by the system procedure, or • is not determined by the extended information filtered out by the system procedure, but a predetermined zoom factor is applicable which outputs only a part of the extended information , System architecture according to one of Claims 9 to 11, characterized in that, in the navigation mode, the degree of, due to the limited selection of the image display ( 2 ) and / or the selection list ( 3 ), zoom in, and, on the image display ( 2 ) and / or the selection list ( 3 ), Auszoomvorgang determined by evaluating the probability of different locations and / or by the size of the localities and / or by the proximity of the vehicle to the respective selection and / or by previously driven targets. System architecture according to claim 1, characterized in that a selection of the input modality (M1, M2, M3) at any time during an input or partial input of any information part of the multi-part, hierarchically structured information using a menu ( 4 ), which proposes the usable modalities (M1, M2, M3). System architecture according to claim 13, characterized in that the menu ( 4 ) via one of the input modalities (M1, M2, M3) and on the display ( 1 ) or in a designated area on the display ( 1 ) is visualized. System architecture according to claim 13, characterized in that the menu ( 4 ) starting from the selection list ( 3 ) is a pop-up menu that proposes both the modalities that can be used (M1, M2, M3) and the respective leaderboard ( 5 ). System architecture according to claim 2, characterized that the keyboard as a control action of the second modality (M2) for inputting the hierarchically structured multi-word information by a mouse operation and / or joystick operation and / or trackball operation via associated with them user interfaces of the detection module or supported. System architecture according to claim 2, characterized that the gestural operating action of the third modality (M3) for entering the hierarchically structured multi-word information by a proximity sensor via an associated User interface of the acquisition module is performed. Method for multimodal destination input of a multi-part and hierarchically structured destination information (Z) and a dynamic adaptation of the destination based on the destination information (Z), in particular for a navigation system of a motor vehicle, wherein the input over several, but at least two, input modalities ( M1, M2, M3), wherein the destination information (Z), based on the respective modal input interaction of a user, a user interface of the respective modality (M1, M2, M3) associated with A can be fed to the target information (Z) on a display ( 1 ), characterized in that • the input of an information part of the multi-part and hierarchically structured destination information (Z) initially takes place in a first modality (M1, M2, M3), wherein different from the first input modality used for the first part input ( M1, M2, M3) a further modality (M1, M2, M3) for inputting the destination information (Z), for correcting and limiting the destination information (Z) can be selected and used by means of a system procedure, wherein each partial input (M1 , M2, M3) of a destination information part of the multipart, hierarchically structured destination information (Z) in the respectively selected or used input modality (M1, M2, M3) on the at least one further selected or used input modality (M1, M2, M3) acts, and the destination information (Z) or via another modality (M1, M2, M3) corrected destination information (Z) in the respectively provided until then accuracy in a ka rtenbasierten representation ( 2 ) at their geopositions via at least one arranged user interface of an output module, in particular via a navigation display ( 1 ) is output. Method for multimodal destination input of a multi-part and hierarchically structured destination information (Z) and a dynamic adaptation of based on the destination information (Z), target, in particular for a navigation system of a motor vehicle, wherein the input over a plurality, but at least two, input modalities (M1, M2, M3), whereby the destination information (Z), based on the respective modal interaction of a user, can be fed to a user interface of an input module assigned to the respective modality (M1, M2, M3) in order to obtain the destination information (Z ) on a display ( 1 ), characterized in that • the input of an information part of the multi-part and hierarchically structured destination information (Z) initially in a first modality via voice input (M3), wherein different from the first-used part input by voice input (M3) another modality ( M2, M3) for inputting the destination information (Z), in particular a keyboard or touch operation or gestural action (M2, M3), for correcting and limiting the destination information (Z), can be selected and used by means of a system procedure, Wherein each effected part input (M1, M2, M3) of a destination information part of the multi-part, hierarchically structured destination information (Z) in the respectively selected or used input modality (M1, M2, M3) to the at least one further selected or used input modality (M1, M2, M3), and the input target information (Z) or, via another modality (M2, M3), korrigi erte destination information (Z) in the respectively provided up to then accuracy in a map-based representation ( 2 ) at their geopositions via at least one arranged user interface of an output module, in particular via a navigation display ( 1 ) is output.