JP2002044623A - Method and device for processing information, information processing system, and recording medium - Google Patents

Abstract

PROBLEM TO BE SOLVED: To present an image of user preference, along with a shaking corresponding to the image. SOLUTION: A user transmits image data to a shaking data generating device 3 from a terminal. A shaking data control device 3 generates shaking data from the received image data, and relates the shaking data with the image data, which is transmitted to a shaking control device 4, while the ID data allocated to the data is transmitted to the terminal 1. The image shaking control device 4 stores the received data. The image shaking control device 4, when receives the ID data inputted by the use via an image shaking presenting device 6, reads the shaking data and the image data corresponding to the ID data, and transmits it to the image shaking presenting device 6. The image shaking presenting device 6 presents an image, based on the image data received as well as shaking, based on the shaking data to the user.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an information processing apparatus and method, an information processing system, and a recording medium, and more particularly, to an information processing apparatus and method suitable for use in an apparatus that presents a user's preference to an image. , An information processing system, and a recording medium.

[0002]

2. Description of the Related Art There is a device that, when a spectator is watching an image, shakes a chair on which the spectator sits in accordance with the image, thereby enhancing the sense of realism. The shaking data supplied to such a device for shaking the chair is generated from data obtained by a sensor such as an acceleration sensor that simultaneously detects an angle or the like when the image is captured, or the captured data is captured. The video is generated manually by a person observing the image and predicting the sway.

[0003]

In the above-described apparatus, since the shaking data is generated using the data obtained at the time of image pickup using the sensor, the operation of acquiring the data is complicated. Further, since the data for generating the sway data and the image for acquiring the data need to be synchronized when actually giving the sway to the audience, the image and the sway data corresponding to the image need to be synchronized. It was difficult to get multiple pairs.

[0004] For this reason, there is a problem that the image to be enjoyed and the shaking are limited, and even if the image can be selected, there are few types of the image and it is not possible to cope with the taste of the audience.

The present invention has been made in view of such a situation, and transmits an image prepared by a spectator to another device via a network, and generates shaking data in the other device. By presenting the sway data to the spectators, and by enabling those images and sway to be enjoyed by spectators other than the spectator who instructed the generation, it is possible to provide images and sway corresponding to the spectators' preferences. Aim.

[0006]

According to a first aspect of the present invention, there is provided an information processing apparatus, comprising: input means for inputting image data via a network; and control for shaking corresponding to an image based on the image data input by the input means. Shaking data generating means for generating shaking data, and ID generating means for generating an ID corresponding to a set of shaking data generated by the shaking data generating means and image data input by the input means,
A charging unit for performing a charging process, a reduction unit for reducing the amount charged by the charging unit when the fluctuation data generated by the fluctuation data generation unit is permitted to be shared with a large number of users; And transmitting means for transmitting the movement data and the ID to another device via the network in association with the ID.

An information processing method according to a second aspect of the present invention corresponds to an input control step of controlling input of image data via a network and an image based on the image data whose input has been controlled in the processing of the input control step. A sway data generating step of generating sway data for controlling the sway;
An ID generation step of generating an ID corresponding to a set of image data whose input is controlled in the input control step and the fluctuation data generated in the processing of the fluctuation data generation step, a charging step of performing a charging process, and a fluctuation data If the shaking data generated in the generating step is permitted to be shared with a large number of users, a reducing step for reducing the amount charged in the charging step processing, image data, shaking data, and ID And a transmission control step of controlling transmission to other devices via the network.

According to a third aspect of the present invention, there is provided a recording medium program for an input control step of controlling input of image data via a network, and an image based on the image data whose input is controlled in the processing of the input control step. Data corresponding to a set of image data whose input is controlled in the processing of the input control step and the vibration data generated in the processing of the vibration data generating step. Generating an ID, a charging step of performing a charging process, and the fluctuation data generated in the processing of the fluctuation data generating step are charged in the processing of the charging step if sharing with a large number of users is permitted. To the other device via the network by associating the image data, the shaking data, and the ID Characterized in that it comprises a transmission control step for controlling the transmission.

According to a fourth aspect of the present invention, there is provided an information processing apparatus for inputting image data, sway data for controlling sway corresponding to an image based on the image data, and an ID assigned to a set of the image data and the sway data. Means, storage means for storing image data and shaking data input by the input means,
Address data relating to the address at which the storage means has stored the image data and the shaking data;
When the ID is input from another storage device and the storage unit that stores the ID in association with the ID, the address data associated with the ID stored in the storage unit is read, and based on the read address data, the storage unit is stored in the storage unit. On the other hand, the image processing apparatus includes a reading instruction unit that instructs reading of the image data and the shaking data.

[0010] If the image data and the shaking data input by the input means are permitted to be shared with a large number of users, the apparatus further includes a refund means for performing a refund process to the user who supplied the image data. be able to.

According to a sixth aspect of the present invention, there is provided an information processing method for controlling input of image data, shaking data for controlling shaking corresponding to an image based on the image data, and an ID assigned to a set of image data and shaking data. An input control step, an accumulation control step for controlling accumulation of image data and motion data whose input is controlled in the processing of the input control step, and an address related to an address at which the image data and motion data are accumulated in the processing of the accumulation control step. A storage control step that performs control for storing data in association with data and an ID whose input has been controlled in the processing of the input control step, and when an ID is input from another device, storage is controlled by the processing of the storage control step. The address data associated with the read ID is read, and stored in the storage control step based on the read address data. There characterized in that it comprises a read instruction step of instructing reading of vibration data and control image data.

According to a seventh aspect of the present invention, there is provided a recording medium program for inputting image data, sway data for controlling sway corresponding to an image based on the image data, and an ID assigned to a set of the image data and the sway data. An input control step for controlling, an accumulation control step for controlling accumulation of image data and motion data whose inputs are controlled in the processing of the input control step, and an address at which the image data and the motion data are accumulated in the processing of the accumulation control step. A storage control step for controlling the association between the address data and the ID whose input has been controlled in the processing of the input control step, and a storage control step for storing the ID when the ID is input from another device. The address data associated with the controlled ID is read, and based on the read address data, the storage control step is performed. Characterized in that it comprises a read instruction step accumulation in physical instructs reading of vibration data and control image data.

[0013] In the information processing system according to claim 8, the terminal includes first transmission means for transmitting image data, and the first information processing apparatus transmits the image data transmitted by the first transmission means. Receiving and generating a sway data generating means for generating sway data for controlling sway corresponding to an image based on the image data, and generating an ID corresponding to a set of sway data generated by the image data and the sway data generating means Do
ID generating means, and second transmitting means for transmitting image data, shaking data, and ID to the second information processing apparatus in association with each other, wherein the second information processing apparatus comprises a second transmitting means. Receiving means for receiving the image data, shaking data, and ID transmitted by the storing means for storing the image data and shaking data received by the receiving means; and an address at which the storing means stores the image data and shaking data. The address data and the storage means for storing the ID received by the receiving means in association with each other, and when the ID is input from the presentation device, the address data associated with the ID stored in the storage means is read out. A third transmitting unit that reads out the image data and the shaking data to the storage unit based on the read address data and transmits the read data to the presentation device; Display device, a second for receiving vibration data and third image data transmitted by the transmitting means
And receiving means for presenting an image based on the image data received by the second receiving means and a motion based on the motion data.

According to a ninth aspect of the present invention, the information processing method of the terminal includes a first transmission control step of controlling transmission of image data. Receiving the image data whose transmission has been controlled in the processing of the first transmission control step, and generating a sway data for controlling the sway corresponding to the image based on the image data; The ID generation step of generating an ID corresponding to the set of the sway data generated in the processing of the generation step, and the transmission to the second information processing device are controlled by associating the image data, the sway data, and the ID. A second transmission control step, wherein the information processing method of the second information processing apparatus includes the image data, the shaking data, and the ID whose transmission has been controlled in the process of the second transmission control step. A reception control step of controlling reception, an accumulation control step of controlling accumulation of image data and motion data whose reception has been controlled in the processing of the reception control step, and image data and motion data being accumulated in the processing of the accumulation control step. A storage control step for performing control for storing the address data relating to the address and an ID whose reception has been controlled in the processing of the reception control step, and storing the ID in the storage control step when the ID is input from the presentation device. Reads out the address data associated with the controlled ID, reads out the image data and the shaking data whose storage has been controlled in the storage control step based on the read out address data, and transmits the read data to the presentation device. Controlling the third transmission control step. A second reception control step of controlling the reception of the image data and the shaking data whose transmission has been controlled in the processing, and an image based on the image data whose reception has been controlled in the processing of the second reception control step;
And a presenting step of presenting a sway based on the sway data.

According to a tenth aspect of the present invention, there is provided a program for a recording medium, wherein the program for the terminal includes a first transmission control step for controlling transmission of image data, and the program for the first information processing apparatus includes a first transmission control step. Receiving the image data whose transmission has been controlled in the processing of the control step, generating a sway data for controlling the sway corresponding to the image based on the image data, a sway data generating step, and an image data and a sway data generating step. An ID generation step of generating an ID corresponding to the set of the shaking data generated in the processing,
A second transmission control step of controlling the transmission to the second information processing apparatus in association with the shaking data and the ID, wherein the program of the second information processing apparatus Image data whose transmission is controlled by the processing,
A reception control step of controlling the reception of the motion data and the ID, an accumulation control step of controlling the accumulation of the image data and the oscillation data whose reception is controlled in the processing of the reception control step, and an image data in the accumulation control step. And the address data relating to the address where the swaying data is stored, and a storage control step of performing control for storing the ID associated with the reception controlled in the processing of the reception control step, and when the ID is input from the presentation device, Reads the address data associated with the ID whose storage has been controlled in the storage control step, and reads and presents the image data and the motion data whose storage has been controlled in the storage control step based on the read address data. And a third transmission control step of controlling transmission to the device. A second reception control step of controlling the reception of the image data and the shaking data whose transmission has been controlled in the processing of the transmission control step, and an image based on the image data whose reception has been controlled in the processing of the second reception control step. And a presenting step of presenting a sway based on the sway data.

An information processing apparatus according to an eleventh aspect of the present invention corresponds to an image data, an input means for inputting an ID assigned to the image data via a network, and an image based on the image data input by the input means. Generating means for generating the sway data for controlling the sway, and linking the sway data generated by the generating means with the image data and ID inputted by the input means and transmitting the sway data to another device via the network Transmission means.

It is possible to further include a charging means for performing charging based on charging data input by the input means.

According to a thirteenth aspect of the present invention, an input control step of controlling input of image data and an ID assigned to the image data via a network, and the input is controlled by the processing of the input control step. A generation step for generating the sway data for controlling the sway corresponding to the image based on the image data, and the sway data generated in the generation step processing into the image data and the ID whose input is controlled in the input control step processing And a transmission control step of controlling transmission to other devices via the network.

According to a fourteenth aspect of the present invention, in the recording medium program, the input is controlled by a process of an input control step of controlling input of image data and an ID assigned to the image data via a network. Generating the shaking data for controlling the shaking corresponding to the image based on the image data obtained, and the image data and the ID whose input is controlled in the processing of the input control step, and the shaking generated in the processing of the generating step. And a transmission control step of controlling transmission to another device via the network in association with the data.

According to a fifteenth aspect of the present invention, there is provided an information processing apparatus comprising: input means for inputting image data transmitted from another device via a network, and motion data for controlling a motion corresponding to an image based on the image data; Storage means for storing image data and shaking data input by the input means;
ID is assigned to the set of image data and shaking data stored in the storage means
Generating means for generating the image data, the storage means for storing the address data relating to the address where the storing means has stored the image data and the shaking data, and the storing means for storing the ID generated by the generating means in association with each other, and when the ID is input from another device. And read instruction means for reading the address data associated with the ID stored in the storage means, and instructing the storage means to read the image data and the fluctuation data based on the read address data. It is characterized by.

[0021] It is possible to further include a billing means for billing, and a transmitting means for creating data to be used when billing by another device and transmitting it to another device via a network.

When the image data and the shaking data input by the input means are permitted to be shared with a large number of users, the apparatus further includes a refund means for performing a refund process to the user who has supplied the image data. be able to.

The refund means issues an instruction to reduce the amount charged by the accounting means, or issues an instruction to create data for charging the amount transmitted by the transmission means by discounting the amount charged by another device. This can be done by doing so.

[0024] The refund means may set the amount to be refunded in proportion to the number of times of reading by the reading instruction means.

According to a twentieth aspect of the present invention, there is provided an information processing method comprising: inputting image data transmitted from another device via a network; and inputting sway data for controlling sway corresponding to an image based on the image data; and controlling storage. A storage control step of generating, and a generation step of generating an ID for a set of image data and shaking data whose storage has been controlled in the processing of the storage control step,
A storage control step of performing control for storing the image data and the shaking data of which the accumulation is controlled in the processing of the accumulation control step and the ID data generated in the processing of the generation step in association with the address stored in the address; When an ID is input from another device, the address data associated with the ID whose storage is controlled in the storage control step is read out, and accumulation is controlled in the accumulation control step based on the read address data. A reading instruction step of instructing reading of the read image data and the shaking data.

According to a twenty-first aspect of the present invention, a program on a recording medium inputs image data transmitted from another device via a network, and sway data for controlling sway corresponding to an image based on the image data, and stores the data. An accumulation control step for controlling, a generation step for generating an ID for a set of image data and shaking data whose accumulation is controlled in the processing of the accumulation control step, and an image data and shaking data whose accumulation is controlled in the processing of the accumulation control step A storage control step for performing control to associate and store the address data relating to the stored address with the ID generated in the processing of the generation step, and a processing of the storage control step when an ID is input from another device. Reads the address data associated with the ID whose storage has been controlled in step 2, and controls the accumulation based on the read address data. Accumulation in the process of step is characterized in that it comprises a read instruction step of instructing reading of vibration data and control image data.

The information processing system according to claim 22 is
The terminal includes first transmission means for transmitting image data,
The first information processing device is configured to receive image data transmitted from the second information processing device, an ID assigned to the image data, a first receiving unit, and an image based on the image data received by the receiving unit. Data generating means for generating the sway data for controlling the sway corresponding to the image data, and the image data and the ID received by the receiving means are associated with the sway data generated by the sway data generating means. A second transmitting unit for transmitting to the device, the second information processing device receives the image data transmitted by the first transmitting unit, and associates the image data with the ID generated for the image data. The third information transmitted to the first information processing apparatus.
Transmitting means, image data, shaking data and ID transmitted by the second transmitting means, second receiving means for receiving the ID, and accumulating the image data and shaking data received by the second receiving means. Storage means for storing the address data relating to the address at which the storage means has stored the image data and the shaking data, and the storage means for storing the ID received by the second receiving means in association with each other; A fourth transmission for reading out the address data associated with the ID stored in the storage means, reading out the image data and the shaking data to the storage means based on the read out address data, and transmitting the read out data to the presentation device. Means, the presenting apparatus comprising: third receiving means for receiving the image data and the shaking data transmitted by the fourth transmitting means; An image based on received image data, and a presenting means for presenting the upset based on vibration data.

The information processing method according to claim 23, wherein the information processing method for the terminal includes a first transmission control step for controlling transmission of image data, and the information processing method for the first information processing apparatus includes: Image data transmitted from the second information processing apparatus, a first reception control step of controlling reception of an ID assigned to the image data, and an image based on the image data whose reception has been controlled in the processing of the reception control step. A shaking data generating step of generating shaking data for controlling the corresponding shaking, and image data and an ID whose reception has been controlled in the processing of the receiving control step, and associating the shaking data generated by the shaking data generating step with the shaking data. And a second transmission control step of controlling transmission to the second information processing apparatus. The information processing method of the second information processing apparatus includes: A third transmission control step of receiving image data whose transmission has been controlled by a computer, and controlling transmission to the first information processing device in association with an ID generated for the image data; A second reception control step for controlling the reception of the image data, the shaking data, and the ID whose transmission has been controlled in the processing of the transmission control step; and the image data whose reception has been controlled in the processing of the second reception control step. A storage control step for controlling the accumulation of the motion data, image data whose accumulation has been controlled in the processing of the accumulation control step, address data relating to the address where the motion data has been accumulated, and reception control in the processing of the second reception control step Was done
A storage control step of performing control for storing an associated ID, and when an ID is input from the presentation device, the address data associated with the ID whose storage has been controlled in the processing of the storage control step is read out and read. A fourth transmission control step of reading out the image data and the shaking data whose accumulation has been controlled in the accumulation control step based on the address data, and controlling transmission to the presentation device,
The information processing method of the presentation device includes a third reception control step of controlling reception of the image data and the shaking data whose transmission has been controlled in the processing of the fourth transmission control step, and a reception processing of the third reception control step. Is characterized by including an image based on the controlled image data and a presenting step of presenting the sway based on the sway data.

According to a twenty-fourth aspect of the present invention, the program for the recording medium includes a first transmission control step for controlling transmission of image data, and the program for the first information processing device includes a second information processing device. A first reception control step for controlling reception of image data transmitted from the processing device and an ID assigned to the image data, and a shaking corresponding to an image based on the image data whose reception has been controlled in the processing of the reception control step A motion data generating step for generating motion data for controlling the image data, and image data and an ID whose reception is controlled in the processing of the reception control step, and associating the motion data generated in the motion data generating step with the second data. And a second transmission control step of controlling transmission to the processing device, wherein the program of the second information processing device comprises: A third transmission control step of receiving image data whose transmission has been controlled in the processing, and controlling transmission to the first information processing device in association with an ID generated for the image data; Image data, shaking data, and ID whose transmission was controlled in the processing of the transmission control step
A second reception control step of controlling the reception of the image data, a storage control step of controlling the storage of the image data and the shaking data whose reception has been controlled in the processing of the second reception control step, and the storage in the storage control step. Address data relating to the address where the controlled image data and the shaking data are stored, and the reception is controlled in the process of the second reception control step
A storage control step of performing control for storing an associated ID, and when an ID is input from the presentation device, the address data associated with the ID whose storage has been controlled in the processing of the storage control step is read out and read. A fourth transmission control step of reading out the image data and the shaking data whose accumulation has been controlled in the accumulation control step based on the address data, and controlling transmission to the presentation device,
The program of the presentation device includes a third reception control step for controlling reception of the image data and the shaking data whose transmission has been controlled in the processing of the fourth transmission control step; and a reception control step for processing the third reception control step. And a presenting step of presenting a sway based on the shaking data.

[0030] The information processing apparatus according to claim 1 and claim 2.
In the information processing method described in the item (1) and the recording medium described in the item (3), the sway data for controlling the sway corresponding to the image based on the input image data is generated, and a set of the image data and the sway data is generated. A corresponding ID is generated, a billing process is performed, and if the generated agitation data is permitted to be shared with many users, the amount charged is reduced, and the image data, the agitation data, and the ID Is transmitted to another device via the network in association with the other device.

An information processing apparatus according to claim 4, claim 6
And the recording medium according to claim 7, wherein the input image data and the shaking data are stored, the address data relating to the address where the image data and the shaking data are stored, and the input ID. Are stored in association with each other, and when an ID is input from another device, the address data associated with the stored ID is read, and based on the read address data, the stored image data is stored. Is read.

In the information processing system according to the eighth aspect, the information processing method according to the ninth aspect, and the recording medium according to the tenth aspect, the terminal transmits the image data, and the first information processing apparatus Generates sway data for controlling sway corresponding to an image based on image data transmitted from the terminal, generates an ID corresponding to a set of image data and sway data, image data, sway data, and, The second information processing apparatus transmits the image data, the shaking data, and the ID transmitted from the first information processing apparatus in association with the ID and transmits the received data to the second information processing apparatus. The image data and the motion data are stored, and the address data relating to the address where the image data and the motion data are stored is stored in association with the received ID. When the ID is input from the presentation device, the stored data is stored. Read the address data associated with the ID, read the stored image data and the motion data based on the read address data, and transmit the read data to the presentation device. Receives the image data and the sway data transmitted from the device, and presents an image based on the received image data and a sway based on the sway data.

The information processing apparatus according to claim 11, the information processing method according to claim 13, and the recording medium according to claim 14 correspond to an image based on image data input via a network. Motion data for controlling the motion is generated, and the input image data and ID
Then, the generated sway data is transmitted to another device via the network in association with the sway data.

[0034] In the information processing apparatus according to the fifteenth aspect, the information processing method according to the twentieth aspect, and the recording medium according to the twenty-first aspect, image data and shaking data input via a network are stored. An ID is generated for a set of the stored image data and the motion data, and the generated ID is stored in association with the address data relating to the address where the image data and the motion data are stored, and the ID is input from another device. In this case, the address data associated with the stored ID is read out, and the stored image data and motion data are read out based on the read out address data.

In the information processing system according to claim 22, the information processing method according to claim 23, and the recording medium according to claim 24, the terminal transmits the image data, and the first information processing apparatus Is the image data transmitted from the second information processing device and the ID assigned to the image data
Receiving the image data, generating the sway data for controlling the sway corresponding to the image based on the received image data, and associating the generated sway data with the received image data and ID, and performing second information processing. Transmitted to the device, the second information processing device receives the image data transmitted from the terminal,
The image data is transmitted to the first information processing device in association with the ID generated, and the image data, the sway data, and the ID transmitted from the first information processing device are received and received. The image data and the motion data are stored, and the address data relating to the address where the image data and the motion data are stored is stored in association with the received ID. When the ID is input from the presentation device, the stored ID is stored in the stored ID. The associated address data is read, and based on the read address data, the stored image data and motion data are read and transmitted to the presentation device, and the presentation device is transmitted from the second information processing device. The image data and the shaking data are received, and an image based on the received image data and a shaking based on the shaking data are presented.

[0036]

Embodiments of the present invention will be described below with reference to the drawings. FIG. 1 is a diagram showing a configuration of an information processing system according to an embodiment of the present invention. Terminals 1-1 to 1-N (hereinafter, when it is not necessary to distinguish terminals 1-1 to 1-N individually,
It is described. Other devices are described similarly), for example,
It is composed of a personal computer installed at home. The terminal 1 is connected to the motion data generating device 3 via the network 2. Network 2 is LA
It is composed of N (Local Area Network) and the Internet.

[0037] The motion data generating device 3 generates motion data corresponding to (synchronized with) the image from the image data transmitted from the terminal 1 and transmits it to the image motion control device 4 via the network 2. The image shaking control device 4 controls the image shaking presenting devices 6-1 to 6-N connected via the network 5 based on the shaking data transmitted from the shaking data generating device 3. The image shaking presentation device 6 includes a display for presenting an image and a chair-type device for presenting shaking, and is installed in a place called a game center, for example.

Next, each device will be described. FIG.
3 is a diagram showing an internal configuration of the terminal 1. FIG. Terminal 1 is a CPU
(Central Processing Unit) 11. CPU1
An input / output interface 15 is connected to 1 via a bus 14. The input / output interface 15 includes an input unit 1 including input devices such as a keyboard and a mouse.
6. Output unit 17 for outputting, for example, audio data as a processing result, storage unit 18 including a hard disk drive for storing programs and various data, network 2
Communication unit 1 such as a modem that communicates data via
And a drive 20 for reading and writing data from and to a program storage medium such as the magnetic disk 31 to the semiconductor memory 34.

A USB (Universal Serial Bus) interface 21 is connected to a digital video camera or the like by a USB cable (not shown). The ROM (Re
ad Only Memory) 12 and RAM (Random Access Memory)
13 is connected.

The user can convert image data stored in the storage unit 18 of the terminal 1 or image data supplied from a digital video camera or the like connected to the USB interface 21 via the network 2 into a shaking data generation device. 3 is configured to be transmitted. Although details will be described later, when the image data is transmitted to the agitation data generating device 3, personal data relating to the user (terminal 1) is also transmitted.

The motion data generating device 3 generates motion data by analyzing the image data transmitted from the terminal 1. FIG. 3 is a diagram showing an internal configuration of the sway data generation device 3. The image data transmitted from the terminal 1 is input to the input unit 41 of the motion data generation device 3. The image data input to the input unit 41 is output from a motion data generation unit 42.
Is output to The motion data generation unit 42 generates motion data for causing the image motion presentation device 6 to present motion corresponding to an image based on the input image data, and outputs the motion data.
Output to 3.

The fee collection unit 44 executes a process for collecting a usage fee for its own device, in other words, a generation fee for shaking data, from the input personal data. As described above, the personal data is data required for collecting a usage fee, such as a credit card number or a bank account number. Further, in order to use the agitation data generation device 3, it is necessary to register in advance as a member, and a payment method such as collecting as a membership fee may be used. Furthermore, it is also possible to use a prepaid system or the like.

When receiving the image data from the terminal 1, the input unit 41 instructs the ID generation unit 45 to generate ID data. According to the instruction, the ID generation unit 45 generates ID data and outputs it to the output unit 43. The output unit 43 associates the image data, the shaking data, and the ID data with each other,
Send to terminal 1.

FIG. 4 is a diagram showing the internal configuration of the sway data generator 42 of the sway data generator 3. The motion data generation unit 42 includes a feature information detection unit 51 and a feature information processing unit 52.
It is composed of The image data input to the motion data generation unit 42 is input to the feature information detection unit 51, where the feature information described later is detected, and output to the feature information processing unit 52. The feature information processing unit 52 calculates the motion data from the input feature information.

FIG. 5 is a block diagram showing the configuration of the characteristic information detecting section 51. The image data input to the feature information detection unit 51 is supplied to the frame buffer 62-1 after being delayed by one frame by the delay unit 61, and is also supplied to the frame buffer 62-2. Readout unit 6
3-1 and 63-2 read image data from the corresponding frame buffers 62-1 and 62-2 according to a predetermined pattern stored in the memory 64, and output the read image data to the motion vector detection unit 65.

The motion vector detecting section 65 detects a motion vector from the supplied image data, and
6 is output. The feature information calculation unit 66 calculates feature information from the input motion vector.

Next, the operation of the feature information detecting section 51 shown in FIG. 5 will be described. At time t, the image data input to the feature information detection unit 51 is supplied to the delay unit 61 and the frame buffer 62-2. Frame buffer 6
2-2 stores the input image data for one frame. Since the delay unit 61 delays the image data by one frame, the frame buffer 62-
1 stores the image data at the time t-1 before the time t, that is, the image data one frame before the time t. The image data at time t-1 stored in the frame memory 62-1 is read out by the readout unit 63-1 and the image data at time t stored in the frame memory 62-2 is read out by the readout unit 63-2. It is.

The read sections 63-1 and 63-2 are provided for storing image data corresponding to the pattern stored in the memory 64 among the image data stored in the corresponding frame buffers 62-1 and 62-2. Read data.
Here, the patterns stored in the memory 64 will be described with reference to FIG.

FIG. 6 is a diagram showing an example of a pattern stored in the memory 64. Among the pixels constituting one frame, a portion that is not related to the motion, for example, in the case of image data captured by a video camera attached to a car as shown in FIG. Since it is considered that the region is not related to the motion, the pixel located at the center of the region excluding the region is set to the convergence point P
And A representative point Q symmetrical in the vertical and horizontal directions with respect to the convergence point P, for example, 25 (including the convergence point) is set. For each representative point Q, a block B having a predetermined number of pixels at the center of the representative point Q, for example, a reference block B consisting of 33 × 33 pixels is set. The memory 64 stores the coordinates of each representative point Q in the screen of such a frame, the size of the reference block B, and the size of a search block (not shown) composed of, for example, 65 × 65 pixels. It is stored as

The reading unit 63-1 is a unit for storing pixel data corresponding to the above-described pattern stored in the memory 64, ie, representative points, out of the image data at time t-1 stored in the frame buffer 62-1. Based on the coordinates of Q and the size of the block B, pixel data in each reference block B is read out and output to the motion vector detection unit 65 as data of the reference block. Similarly, the reading unit 63-2 reads the pixel data corresponding to the pattern stored in the memory 64 from the image data at the time t stored in the frame buffer 62-2,
The data is output to the motion vector detection unit 65 as search block data.

The motion vector detecting section 65 performs block matching using the input data of the reference block and the data of the search block, thereby obtaining each representative point Q.
Is detected. Therefore, in this example, 25 motion vectors are detected.

In this embodiment, since the purpose is to generate the motion data, it is not necessary to detect the motion vectors for all the pixels, so that only 25 motion vectors are obtained. ing. Thereby, the circuit scale can be reduced and the processing speed can be improved.

The characteristic information calculation unit 66 uses the 25 motion vectors detected by the motion vector detection unit 65 to calculate the horizontal component u,
A total of four components, a vertical component v, an enlarged component v _zoom , and a rotation component v _rot are calculated based on the following equation. Horizontal component u = (1 / n) Σu i ··· (1) vertical component v = (1 / n) Σv i ··· (2) larger component _{v zoom = (1 / n)} Σv zoomi / d i · (3) Rotational component v _rot = (1 / n) Σv _roti / d _i (4) The subscript i indicates the number assigned to the representative point Q _i , and in this example, it is 1 To 25. Since n is the number of representative points, it is 25 in this example. The values obtained by Expressions (1) to (4) are the components u, v, v _zoom and v _rot obtained from the 25 motion vectors.
Is the average value.

The relationship among the above components u, v, v _zoom and v _rot will be described with reference to FIG. It is assumed that the horizontal component of the motion vector T of the representative point Q _i to be processed is u _i , and the vertical component is v _i . di is a scalar quantity representing the distance from the convergence point P to the representative point Q _i. Also,
(Px, Py) represents the coordinates of the convergence point P, the coordinates coordinates (Q _i x, Q _i y) based on the distance to the representative point Q _i of is calculated.

The components (u _i , v _i ) of the motion vector T
Is a component when the representative point Q _i is the origin. The component of the motion vector T in the direction parallel to the straight line connecting the convergence point P and the representative point Q _i is _defined as v _zoomi, and the component in the direction orthogonal to the straight line connecting the convergence point P and the representative point Q _i is _defined as v _roti . I do. Also,
An angle between a straight line connecting the convergence point P and the representative point Q _i and the motion vector T is defined as θ. At this time, v _zoomi and v
_roti is obtained according to the following equation. ^{_{v zoomi = (u i 2 +}} v i 2) (1/2) COSθ ··· (5) v roti = (u i 2 + v i 2) (1/2) SINθ ··· (6)

It should be noted that, here, 25
Although the value of each motion vector is used on average, each component may be weighted based on the positional relationship on the screen.

The feature information calculation unit 66 uses the equations (1) to (4) to calculate four component data u, as feature information, from the motion vector output from the motion vector detection unit 65.
Calculate v, v _zoom and v _rot . The calculated four-component data u, v, v _zoom , and v _rot are stored in the feature information processing unit 52.
(FIG. 4).

Here, for example, when the audience is to have a simulated experience of being in a car, what kind of force (sway) should be applied to the chair in which the audience is sitting is considered. The force applied to the chair of the car includes the force used to express the inclination of the road surface in the front-back direction when the car is running on a slope such as a slope, and the road surface when running on a bumpy road. There is a force for expressing the vertical vibration received from the vehicle, a force for expressing the horizontal inclination of the road surface when running on an inclined road surface, and the like.

Among these stimuli, of the stimulus given to the automobile equipped with the video camera that picked up the image, the stimulus is given in the same physical sense to the chair of the spectator who observes the image. Force, which is referred to herein as the actual stimulus. The value of this actual stimulus becomes zero as its value is integrated.

On the other hand, the force expressing the centrifugal force when the vehicle turns a curve, the force expressing the inertial force when accelerating or decelerating, and the force expressing the vehicle swinging when turning are:
Even if integration is performed, the value does not become zero, and it is difficult to give the same physical meaning as the stimulus given to the car due to the limitation of the moving distance of the chair, the direction of movement, etc. This is a stimulus, and is referred to herein as a substitute stimulus.

The relationship between the above-mentioned forces relating to the actual stimulus and the alternative stimulus, the components of the sway data actually applied to the spectator's chair, and the four components calculated by the above-described feature information calculator 66 will be described. . Among the actual stimuli shown below, the sway data corresponding to the inclination before and after the road surface is one of the sway data components pitch, and can be represented by a low-frequency component of the vertical components of the motion vector. Here, since the inclination of the road surface is considered to change in a slow cycle, a low frequency component is used.

The slope is considered to change in a slow cycle,
Also, since it is considered to be a high frequency, the vibration data for the vibration received from the road surface uses the high frequency component of the vertical component of the motion vector. This value is used as the fluctuation data component z. The sway data for the left and right slopes of the road surface is one of the sway data components roll, and as can be seen from FIG. 8, can be represented by a value obtained by adding the rotation component Vroti by 25 motion vectors. The sway data for the centrifugal force at the time of the curve is one of the sway data components roll, and is represented by a horizontal component u.

The sway data for the inertial force due to acceleration / deceleration is one of the sway data components pitch, and the enlarged component Vzoo
It is represented by the low frequency component of the derivative of m. The reason for the low-frequency component is that it is considered that a sensitive operation is not required for acceleration / deceleration. The sway data for the vehicle's swing at the time of the curve is a sway data component yaw, and is represented by a horizontal component u. In addition, the reason why -u is set is that it acts in the opposite direction to the centrifugal force at the time of the curve.

Real stimulus Represented component Motion data component Relation to four components Low frequency component of front-back slope pitch Σv Low-frequency component received from road surface z−Σv High-frequency component of road surface Left-right tilt of road surface roll −Σv _rot Alternative stimulus expression Component Motion data component Relation to 4 components Centrifugal force at curve roll u Inertial force due to acceleration / deceleration Low frequency component of pitch dv _zoom / dt Vehicle swing at curve yaw -u

The characteristic information processing section 52 generates the sway data to be supplied to the actually driven image sway presenting device 6 using the above-described relationship. FIG. 9 is a block diagram illustrating a configuration of the feature information processing unit 52. Among the four components output from the feature information detection unit 51, the rotation component v _rot is
1-1, the horizontal component u is added to the adder 71-2 and the sign inverter 72-1, the vertical component v is added to the adder 71-3, and the enlarged component v _zoom is set to the adder 71-5 and the delay unit. 73-3. The adder 71-1 has an adder 71-1.
Is delayed by one clock in the delay unit 73-1 and then fed back and input. Similarly, the data output from the adder 71-3 is also fed back and input to the adder 71-3 after being delayed by one clock by the delay unit 73-2.

The data output from the delay unit 73-1 is
The data input to the adder 71-2 and output from the delay unit 73-2 are sent to the HPF (High) through the sign inverter 72-2.
PassFilter) 74 and LPF (Low Pass)
Filter) 75-1 is also output to the adder 71-4. The enlarged component v _zoom input to the adder 71-5 is the enlarged component v delayed by one clock by the delay unit 73-3.
_{The zoom} is subtracted, and the adder 71-4 is passed through the LPF 75-2.
Is input to

Next, the calculation of the motion data components roll, yaw, z, and pitch performed by the characteristic information processing section 52 will be described. The rotation component v _rot input to the feature information processing unit 52
Is input to the adder 71-1. The adder 71-1 is
The rotation component v _rot input at time t and the delay unit 7
3-1 and the data at time t-1 one frame before, which is output from 3-1. The adder 71-1 thus performs
By going a rotational component v _rot cumulatively added (integrated), vibration data component roll representing the inclination of the left and right road
(Σv _rot ) is calculated. However, since the sway data component roll expressing the left and right inclination of the road surface is −Σv _rot , the adder 71-2 uses the data obtained by inverting the sign of the data input from the delay unit 73-1 for the calculation.

The fluctuation data component roll (horizontal component u) is also used to express the centrifugal force at the time of a curve. Therefore,
The adder 71-2 adds the data obtained by inverting the sign of the data input from the delay unit 73-1 and the horizontal component u (subtracts the output of the delay unit 73-1 from the horizontal component u). , To calculate the sway data component roll to be supplied to the drive unit 3.

Data of swinging data of vehicle swing during curve
Since yaw is obtained by inverting the value of the horizontal component u, the feature information processing unit 52 uses the sign inverter 72-1 to invert the sign of the input value of the horizontal component u, Calculate the component yaw.

The vertical component v input at the time t and the 1 output from the delay unit 73-2 are supplied to the adder 71-3.
The vertical component v at the time t-1 before the frame is added. Thus, the vertical component v is cumulatively added (integrated) in the adder 71-3. The data cumulatively added by the adder 71-3 and the delay unit 73-2 is input to the sign inverter 72-2, where the sign is inverted, and the HPF 7
By (4), only high frequency components are extracted. In this way, the sway data component z representing the vibration received from the road surface
Is calculated.

The data output from the delay unit 73-2 is also output to the LPF 75-1, and a low-frequency component is extracted. In this manner, the sway data component pitch expressing the front and rear inclination of the road surface is calculated. Motion data component pit
ch is also used as a fluctuation data component expressing inertial force due to acceleration / deceleration. Therefore, the fluctuation data component pitch output from the LPF 75-1 is added by the adder 71-4.
It is added to the fluctuation data component pitch representing the inertial force.

Pitch data component pitch representing inertial force
Is calculated from the enlarged component v _zoom input to the feature information processing unit 52. Expanding component v _{zo om} input to the feature information processing section 52 is inputted to the adder 71-5 and the delay unit 73-3. The adder 71-5, the expansion component v _zoom t input at time t, the expansion component v _zoom t-1 at time t-1 which is one frame delayed by the delay unit 73-3 is input. The adder 71-5 differentiates the enlarged component v _zoom by subtracting the enlarged component v _zoom t-1 at time t-1 from the input enlarged component v _zoom t at time t. Then, from the value output from the adder 71-5, LP
By F75-2, a low-frequency component is extracted, so that a fluctuation data component pitc representing an inertial force due to acceleration / deceleration.
h is calculated.

The adder 71-4 adds the value output from the LPF 75-1 and the value output from the LPF 75-2 to calculate the motion data component pitch supplied to the drive unit 3. You.

As described above, since the sway data is calculated from the motion obtained from the image, it is possible to save the trouble of determining and inputting the sway data by checking the image. Further, by using a sensor or the like, it is possible to easily generate the sway data from an image in which the sway data is not generated.

The sway data generated in this way is
Sent to terminal 1.

FIG. 10 is a diagram showing the internal configuration of the image fluctuation control device 4. Various data including the sway data transmitted from the terminal 1 via the network 2 is input to the data input unit 81. Of the various data input to the data input unit 81, the refund data is
2, the image data and the shaking data are stored in the data storage unit 83.
Are respectively output. Here, the refund data is
When the user who has transmitted the image data and the agitation data has permitted the use of the image data and the agitation data to other users, a part of the fee paid as the usage fee of the agitation data generating device 3 is used by the user. This is the data for refund.

The refund processor 82 executes a refund process based on the input refund data, if necessary. The data storage unit 83 stores the input image data and the shaking data, and outputs to the ID data storage unit 84 data related to the addresses at which those data are stored. The ID data storage unit 84 stores ID data from the data input unit 81 and address data from the data storage unit 83 in association with each other.

The ID data input section 85 inputs the ID data transmitted from the image shaking presentation apparatus 6 via the network 5 and outputs the ID data to the output instruction section 86. The output instruction unit 86
The ID data storage unit 84 is searched, the address data associated with the ID data that matches the input ID data is read, and the output of the image data and the agitation data to the data storage unit 83 is performed according to the read address data. To instruct. The data storage unit 83 outputs the image data and the shaking data to the data output unit 87 according to the instruction from the output instruction unit 86. The data output unit 87 transmits the input image data and the sway data to the image sway presenter 6 via the network 5.

FIG. 11 is a diagram showing the configuration of the image shaking presentation device 6. As shown in FIG. As shown in FIG. 11, the image shaking presentation device 6
Is composed of a display 91 for presenting an image, a driving device 92 for presenting shaking, and a data acquisition device 93.

The display 91 is connected to the image shaking control device 4.
Presents an image based on the image data from. Similarly, the driving device 92 provides the spectator (user) with a sway based on the sway data from the image sway control data 4. The data acquisition device 93 receives various data from the image fluctuation control device 4 via the network 5, supplies the data to the display 91 and the drive device 92, and receives data from a card (to be described in detail later) inserted into the slot 94. Data is acquired, and the acquired data is transmitted to the image fluctuation control device 4.

The data acquisition device 93 is provided with a display section 95 for displaying thumbnail images and the like.

FIGS. 11 and 12 show an example of the driving device 92. FIG. FIG. 11 is a side view of the driving device 92, and FIG.
FIG. 3 is a diagram of the driving device 92 as viewed from above. Drive unit 9
2 is a piston 101- as six actuators
1 to 101-6, and the pedestal 102 is supported by these pistons. A chair 103 is fixed to the pedestal 102, and the audience 1 is placed on the chair 103.
04 is seated.

The pistons 101-1 to 101-6 are capable of extending and contracting along their respective central axes. As the pistons 101-1 to 101-6 expand and contract, the pedestal 42 is shaken, and the pedestal 102
The chair 103 fixed to is shaken. Piston 10
Signals for controlling 1-1 to 101-6 are generated and supplied by the feature information processing unit 52 as described above.

FIG. 14 shows a specific example of the operation of the driving device 92. In FIG. 14, an upward arrow indicates that the piston extends, and a downward arrow indicates that the piston contracts.

Next, the operation of the information processing system shown in FIG. 1 will be described with reference to the flowchart of FIG. The terminal 1 transmits the image data to the motion data generating device 3 via the network 2 in step S1. When image data is transmitted, personal data is also transmitted as data used for billing. The personal data is specifically a credit card number or the like. Alternatively, when receiving the service described in the present embodiment, if the service is registered in advance and debited from a designated bank account or the like, data such as a password for uniquely identifying the user is used. There may be. It is also possible to use a prepaid system.

Although any method may be used, in step S1, personal data used for billing is transmitted together with the image data. The agitation data generating device 3 that has received the image data and the personal data sets the step S2.
In, a billing process is executed. The accounting process is performed by the fee collection unit 44 of the agitation data generation device 3.

The fee collecting unit 44 collects a fee for generating the shaking data. In other words, a fee to be paid to a person who manages the agitation data generating device 3 is collected. In step S3, the sway data generation device 3 performs a sway data generation process. The sway data is generated in the sway data generator 42 as described above. Further, while the shaking data is generated, the ID data is generated in the ID generating unit 45. When the generation of the sway data and the ID data is completed, the sway data generation device 3 determines in step S4 that the image data, the sway data, and the
The ID data is associated with each other and transmitted to the terminal 1.

In step S5, the terminal 1 receives various data from the motion data generator 3 and temporarily stores the data in, for example, the RAM 13 (FIG. 2). The input ID data is recorded on, for example, a magnetic disk 31 set in the drive 20 (FIG. 2). Or
The ID data may be recorded on a card-shaped recording medium (not shown), or the user may record the ID data on a paper medium. The medium on which the ID data is recorded depends on what kind of medium the data acquisition device 93 (FIG. 11) of the image shaking presentation device 6 handles (how the data is input).

When the image data and the shaking data are received,
For example, a message as shown in FIG. 16 is displayed on a display as the output unit 17 of the terminal 1. The displayed message is "Do you want to allow other users to use?", And confirm whether you want to share the received image data and shaking data with other users. is there. At the bottom of the message, a check box for “do” or “do not” is provided, and the user checks either of the fields. The user operates an OK button provided below the check box if the checked item is satisfactory.

When the check in the check box is “Yes”,
The refund process is performed by the process described later, and if “NO”, the refund process is not performed. Here, the data related to the check in the check column is referred to as refund data.

When the OK button is operated, the stored image data, shaking data and ID data, and the generated refund data are transmitted to the image shaking control device 4 in step S6.

The image fluctuation control device 4 receives various data transmitted from the terminal 1 via the network 2 in step S7. Then, the image data and the shaking data are stored in the data storage unit 83, and the ID data is stored in the ID data storage unit 84. When the ID data is stored in the ID data storage unit 84, the data storage unit 83 outputs data related to the address where the image data and the motion data are stored, and stores the data in association with the address data.

[0093] In step S8, the refund processing section 82 executes a refund process. This refund process is performed based on the received refund data. In other words, when the refund data indicates that the data is shared with another user, a process is performed such that a preset amount is refunded to the user who has been permitted to supply, and the refund data is If it indicates that the data is not to be shared with another user, a process of not refunding is executed.

As a refund process to refund a preset amount to the user, a ticket is issued and mailed, data for which a fee is discounted when generating the shaking data, or image shaking presentation. When the device 6 is used by the user, the data may be transmitted to the terminal 1 by e-mail or the like, such as data that can be used at a discounted rate, and may take any form.

In step S 9, when the ID data is input to the image shaking presentation device 6, the ID data is transmitted to the image shaking control device 4. Image shaking presentation device 6
The data acquisition device 93 is provided with a display unit 95, and the display unit 95 displays, for example, a screen as shown in FIG. The display unit 95 is a touch sensor panel, and a user can issue an instruction by touching the screen.

The screen includes an image display unit 111 on which a plurality of images are displayed, ID data read from a recording medium set in a slot 94 (FIG. 11), or a numeric keypad 1.
Displays the ID data entered by the user using 12
An ID display field 113 is displayed. Below the ID display field 113, a motion presentation instruction field 114 for selecting whether or not to experience the motion is displayed. The cross key 115 is
Operated when moving the position of the cursor. Further, when the usage fee of the image fluctuation control device 4 and the image fluctuation presenting device 6 can be paid by a credit card, a billing information input 116 is also displayed.

The plurality of images displayed on the image display unit 111 are thumbnail images based on the image data stored in the data storage unit 83 of the image fluctuation control device 4. The data of the thumbnail image to be displayed on the image display unit 111 may be supplied from the image fluctuation control device 4 every time the thumbnail image is displayed. And the image shaking presentation device 6
It is preferable that the supplied data is stored in a built-in memory (not shown), and the image display unit 111 is displayed based on the stored data.

By touching the thumbnail image displayed on the image display unit 111, the user can specify the image and data to be presented with the motion. this,
The thumbnail images displayed on the image display unit 111 include only image data that transmits image data to the agitation data generation device 3 and that the user who acquires the agitation data may share the data with another user. Is displayed.

When it is desired to receive presentation of data set not to share data with another user, in other words, it is set so that only the user who has acquired the shaking data can receive the shaking and the presentation of the image. If the user wants to receive image data that is not displayed on the image display unit 111, the ID display field 1
13, using the numeric keypad 112, input the ID acquired at the same time when the shaking data was acquired, or the ID recorded simultaneously on the predetermined recording medium when the shaking data was acquired.
Is set in the slot 94 and input.

In step S9, when the ID data is input by any of the methods described above, the ID data is transmitted to the image fluctuation control device 4 in step S10. The image shaking presentation device 6 also collects a usage fee for the image shaking presenting device 6 and the image shaking control device 4 in step S9 by a built-in accounting processing unit (not shown). The usage fee is credit card, cash,
Payment methods such as direct debit are used. A prepaid system can also be used. When a ticket or the like is sent to the user as a refund process, the ticket may be used.

In step S 11, the image sway presenting device 6 is activated by the ID data input unit 85.
Receive ID data from. The received ID data is output to the output instruction unit 86. The output instruction unit 86 stores the ID data that matches the input ID data into the ID data storage unit 84.
And reads the address data associated with the found ID data. Output instruction unit 86
Instructs the data storage unit 83 to output image data and shaking data based on the read address data.

The data storage unit 83 transmits the image data and the sway data to the image sway presenting apparatus 6 via the data output unit 87 in step S12. In step S13, the image shaking presentation device 6 presents an image based on the image data transmitted from the image shaking control device 4, and presents a shaking based on the shaking data.

In this manner, in the user's favorite image, the fluctuation of the image can be presented to the user. Also, by allowing the shaking data generated by one user to be shared by a large number of users, the types of images and shaking are increased, and an image and shaking closer to the user's preference can be presented. It becomes possible.

In the above-described embodiment, the terminal 1 transmits image data to the shaking data generating device 3 and, as a result, temporarily obtains data including shaking data, and converts the data to The image is transmitted to the image fluctuation control device 4 again. However, in this case, the user of the terminal 1 has to perform the transmission process twice. Therefore, the transmission processing on the terminal 1 side may be performed only once, and the reduction in the processing on the user side may be measured. A description will be given below of such a case.

The overall system configuration is the same as the configuration shown in FIG. In addition, the internal configuration of the terminal 1 can be the same as the configuration shown in FIG. When the transmission processing in the terminal 1 is performed once, the terminal 1 transmits the image data and the refund data at the same time.
Therefore, the configuration of the motion data generating device 3 is as shown in FIG. Basically, the configuration is the same as that of the shaking data generation device 3 shown in FIG. 3, but since the image data and the refund data are transmitted from the terminal 1, the input refund data is input to the input unit. The configuration is such that it is output as it is from 41 to the output unit 43.

As the structure of the image shaking control device 4, a device having the same structure as that shown in FIG. 10 can be used. The image shaking presenting device 6 also has the same structure as the structure shown in FIG. Can be used.

The operation of the system shown in FIG. 1 constituted by such a device will be described with reference to the flowchart of FIG. In step S21, image data, personal data, and refund data are transmitted from the terminal 1 to the agitation data generating device 3. Step S21
Since the refund data is transmitted at the time of transmitting the image data, a screen as shown in FIG. 16 is displayed on the display as the output unit 17 (FIG. 2). When the OK button is operated, the image data, ID
Data and refund data are sent.

[0108] The motion data generating device 3 executes step S22.
In the toll collection unit 44 based on the received personal data
In FIG. 18, a usage fee collection process is executed.
In addition, in step S23, the motion data generation device 3 uses the received image data to generate the motion data
2 to generate sway data. Further, in step S <b> 24, the motion data generation device 3 generates ID data in the ID generation unit 45. The generated ID data is
It is transmitted to the terminal 1 by the output unit 43.

[0109] In step S25, the terminal 1 records the received ID data. This recording is basically the same as the processing in step S5 described with reference to the flowchart in FIG. 15, and a description thereof will be omitted.

While transmitting the ID data to the terminal 1, the motion data generating device 3 transmits the image data, the motion data, the ID data, and the refund data to the image motion control device 4 in step S26. Send in association. The image shaking control device 4 receives and stores various data transmitted from the shaking data generating device 3 in step S27. The processing in each device performed after step S27 is basically the same as the processing in each device performed after step S7 in the flowchart of FIG. 15, and a description thereof will be omitted.

As described above, by transmitting the refund data together with the image data, etc.,
It is sufficient to perform the transmission process twice, and it is possible to save labor.

In the above description, the motion data generating device 3 transmits the input refund data as it is to the image motion control device 4, and the refund processing section 82 of the image motion control device 4 (FIG. 10). In the refund process (step S
28) is performed, but a refund processing unit 82 may be provided in the shaking data generation device 3 as shown in FIG.

In the case of the configuration as shown in FIG. 20, a refund process is performed in the refund processing unit 82 based on the input refund data. In the refund process, when performing a refund, the fee collection unit 44 is instructed to collect a discounted usage fee. By doing so, there is an advantage that the trouble of issuing a ticket or the like can be saved, and that the user can immediately receive a discount.

In the above embodiment, terminal 1
Although it has been described that data is exchanged with the motion data generating device 3, data may be exchanged with the image motion control device 4. Such a case will be described below.

FIG. 21 shows the internal configuration of the motion data generating device 3 in the system configuration as shown in FIG. The input unit 121 is connected to the image shaking control device 4 via the network 2.
Input the image data, billing data, and ID data transmitted from. The image data input to the input unit 121 is output to the fluctuation data generation unit 122 and the output unit 123, the charging data is output to the fee collection unit 124, and the ID data is output to the output unit 1
23, respectively.

The motion data generating unit 122 generates motion data based on the input image data and outputs the data to the output unit 123. The fee collection unit 124 executes a process of collecting a usage fee of its own device based on the input billing data. The output unit 123 associates the ID data, the image data, and the sway data with each other, and outputs the ID data, the image data, and the sway data to the image sway controller 4 via the network 2.

FIG. 22 is a diagram showing the internal configuration of the image fluctuation control device 4. As shown in FIG. The image data, personal data, and refund data transmitted from the terminal 1 via the network 2 are input to the input unit 131. The image data input to the input unit 131 is output to the output unit 132. Terminal 1
Is sent to the refund processing unit 134 and used for refund processing. The personal data transmitted from the terminal 1 is input to the fee collection unit 135 and used for the process of collecting the usage fee.

When various data are input from the terminal 1, the input unit 131 instructs the ID generation unit 137 to generate ID data. The ID generation unit 137 follows the instruction,
It generates ID data, and outputs the ID data to the output unit 132 and the ID data storage unit 13
8 is output. The output unit 132 associates the input image data with the ID data and transmits the data to the motion data generation device 3.

As described above, the motion data generating device 3 generates the motion data from the received image data, and transmits the image data, the motion data, and the ID data to the image motion control device 4 in association with each other. The image sway control device 4 receives the image data, the sway data, and the ID data transmitted from the sway data generation device 3 and stores the image data and the sway data in the data storage unit 136.

When storing the image data and the sway data, the data storage unit 136 outputs to the ID data storage unit 138 data relating to the address where the stored image data and the sway data are recorded. The ID data storage unit 138 refers to the input ID data associated with the input of the image data and the shaking data, and associates the already stored ID data that matches the ID data with the address data. accumulate.

When input data associated with image data, motion data, and ID data is input from the motion data generating device 3, the input
3 is instructed to generate billing data. Since the image shaking control device 4 collects in advance the usage fee of the motion data generating device 3, the charging data generated by the charging data generating unit 133 is used as the charging data.
This is data for enabling the collection.

The ID data input section 140 receives ID data from the image shaking presentation device 6 via the network 5. The input ID data is output to the output instruction unit 139. The output instruction unit 139 searches the ID data storage unit 138 for ID data that matches the input ID data,
The address data associated with the found ID data is read, and based on the read address data, an output instruction signal for image data and motion data is output to the data storage unit 136.

The data storage unit 136 includes an output instruction unit 139
Outputs the image data and the shaking data according to the instruction from
32. The output unit 132 transmits the input image data and the sway data to the image sway presenter 6 via the network 5.

Next, the operation of the system shown in FIG. 1 constituted by such a device will be described with reference to the flowchart of FIG. In step S41,
The terminal 1 is connected to the image sway controller 4 via the network 2.
, The image data, the personal data, and the refund data are transmitted. The personal data is data relating to payment of a usage fee such as a credit card number, as in the above-described embodiment.

The various data transmitted from the terminal 1 is received by the input unit 131 (FIG. 22) of the image fluctuation control device 4. The personal data input to the input unit 131 is output to the fee collection unit 135. In step S42, the fee collection unit 135 executes a charging process and a refund process. The charging process performed by the fee collection unit 135 is a process of collecting a usage fee for the image fluctuation control device 4 itself.

In the refund process performed by the refund processing unit 134, when a refund is required, an instruction is issued to the fee collection unit 135 to collect a fee obtained by subtracting the refund amount from the normal fee. . Alternatively, the charge data generation unit 133 is instructed to collect a charge obtained by subtracting the refund from the normal charge. As another refund process, as described above, a discount ticket or the like may be issued.

When the image data and the personal data are input from the terminal 1, the input unit 135 sends the ID data to the ID generation unit 137.
Give instructions to generate data. In accordance with the instruction, the ID generation unit 137 generates ID data in step S43, transmits the ID data to the terminal 1 from the output unit 132, and stores the ID data in the ID data storage unit 138. As described above, the ID data is data that is assigned so that the image data and the set of the sway data corresponding to the image data can be distinguished from the other sets of the image data and the sway data.

In step S44, the terminal 1 receives and records the ID data transmitted from the image fluctuation control device 4. This recording is the same as the case already described.

[0129] The image fluctuation control device 4
While transmitting the data, in step S45, the image data from the terminal 1 and the generated ID data are transmitted to the motion data generating device 3 in association with each other. The motion data generation device 3 determines in step S46 that the input unit 12
1 (FIG. 21), and outputs the received image data to the motion data generator 122 to generate motion data. The generated shaking data is associated with the image data and the ID data in step S47, and transmitted to the image shaking control device 4 via the network 2 by the output unit 123.

The image fluctuation control device 4 receives the transmitted image data, fluctuation data, and data associated with the ID data. In step S48, the received image data and shaking data are stored in the data storage unit 136. When storing the image data and the shaking data, the data storage unit 136 outputs data relating to the address where the data is stored to the ID data storage unit 138. ID
The data storage unit 138 stores the address data in association with the corresponding ID data.

The image shaking control device 4 stores the image data and the shaking data. In step S49, the shaking data generating device 3 converts the billing data that enables the shaking data generating device 3 to collect the shaking data generation fee. Generator 13
3 is generated. The generated billing data is transmitted to the shaking data generation device 3. In step S50, the agitation data generating device 3 outputs the billing data input by the input unit 121 to the billing processing unit 124,
Execute the billing process.

On the other hand, in step S51, the user inputs ID data and personal data to the image shaking presentation device 6. The processing performed by each device after step S51 is basically the same as the processing performed by each device after step S29 in FIG. 19, and a description thereof will be omitted.

In the above-described embodiment, the refund process has been described as paying a predetermined amount in a lump. However, the amount to be refunded is changed in proportion to the number of users who have been presented with upset. May be.

When the amount to be refunded is changed, the image fluctuation control device 4 has a configuration as shown in FIG. That is, the ID data generated by the ID generation unit 137 is output to the refund processing unit 134 and the ID data input unit 1
The ID data input to 40 is also output to the refund processing unit 134. In the image shaking control device 4 having such a configuration, for example, a period is separated from one month,
Only during this period, the image data and the shaking data are stored in the data storage unit 136. The amount to be refunded is changed in proportion to the number of users who have been presented with agitation during this period.

The refund processing unit 134 is provided with a memory (not shown) inside, and when refund data is input from the input unit 131, the ID generation unit 137 is stored in the memory.
Is stored in association with the ID data generated by. Then, the refund processing unit 134 searches for ID data (referred to as ID data A) stored in the memory that matches the ID data input from the ID data input unit 140, and that ID data A
Counts the number of times that is input. And
When a predetermined period (for example, one month) elapses,
An amount obtained by multiplying the count number of the ID data A by a predetermined amount is set as a refund amount.

The processing after the refund is determined is as follows. The ticket data generation unit 133 or the charge collection unit 135 issues a ticket to the target user. For example, when it is determined that the fee is charged, a process of charging only the amount obtained by subtracting the refund amount may be considered.

As described above, since the target user must be specified, for example, personal data may be used as the data for specifying the user. That is, the personal data is also stored in the memory of the refund processing unit 134 in association with the ID data. As described above, the personal data is, for example, data relating to payment of a credit card number or the like. Therefore, based on the credit card number, the refund amount is transferred, or the refund is performed by the fee collection unit 135. A function may be provided that can determine whether or not the credit card number of the target user is a credit card number, and based on the determination, a process such as subtracting a fee to be collected may be performed.

When the image fluctuation control device 4 having the configuration shown in FIG. 24 is used, the operation of the system is basically the same as that described with reference to the flowchart in FIG. However, in step S42, the image fluctuation control device 4 performs a refund process. The refund process is performed as a process between step S53 and step S54 or as a process after step S54.

It is also possible to provide the user with a popularity ranking or the like by counting the ID data A input to the ID data input unit 140 by the refund processing unit 134, for example, by sorting the counted number. It becomes possible. Then, the user who has generated the upset whose popularity ranking is ranked first may be refunded the full usage fee.

In the above-described embodiment, it has been described that data is exchanged between the devices via the network 2 or the network 5, but the recording medium such as a floppy (registered trademark) disk is mailed or the like. Data may be exchanged. Further, in the above-described embodiment, the image sway control device 4 and the image sway presenting device 6 are described as separate devices, but may be integrated.

As described above, by using the present invention,
It is possible to present an image desired by the user and a motion corresponding to the image. Also, by allowing the shaking data generated by one user to be shared with other users, the type of shaking data increases, and the user can select a shaking closer to the user's preference. In addition, by giving a privilege such as a refund to the user who has permitted the sharing of the agitation data, the user is liable to lose the image data generated by paying the usage fee even if other users present the image data. The system has the expectation that many users will be able to share upset data with the benefit of refunds, so that the number of upset data can be easily increased. Can be.

The series of processes described above can be executed by hardware, but can also be executed by software. When a series of processing is executed by software, it is possible to execute various functions by installing a computer in which the programs constituting the software are embedded in dedicated hardware, or by installing various programs For example, it is installed from a recording medium to a general-purpose personal computer or the like.

As shown in FIG. 2, the recording medium is a magnetic disk 31 (including a floppy disk) on which the program is recorded and an optical disk 32 distributed separately from the computer to provide the program to the user.
(CD-ROM (Compact Disk-Read Only Memory), DVD (Dig
ital Versatile Disk), magneto-optical disk 33
(Including MD (Mini-Disk)) or semiconductor memory 3
ROM 12 that stores programs and is provided to the user in a state in which it is not only configured by a package medium such as
And a hard disk including the storage unit 18.

[0144] In this specification, the steps of describing a program provided by a medium may be performed in a chronological order according to the described order. Alternatively, it also includes individually executed processing.

In this specification, the system is
It represents the entire device composed of a plurality of devices.

[0146]

As described above, according to the information processing apparatus according to the first aspect, the information processing method according to the second aspect, and the recording medium according to the third aspect, an image based on input image data can be obtained. Generates sway data for controlling the corresponding sway, generates an ID corresponding to the set of image data and sway data, performs a billing process, and allows the generated sway data to be shared with many users. In this case, the amount to be charged is reduced, and the image data, shaking data, and the ID are associated with each other and transmitted to another device via the network, so that the shaking corresponding to the user's preference is presented. It is possible to do.

According to the information processing apparatus of claim 4, the information processing method of claim 6, and the recording medium of claim 7, the input image data and the shaking data are stored, and Address data relating to the address where the data and the motion data are stored, and the input ID are stored in association with each other, and when an ID is input from another device, the address data associated with the stored ID is read out, Since the stored image data and the shaking data are read based on the read address data, the shaking corresponding to the user's preference can be presented.

An information processing system according to claim 8, an information processing method according to claim 9, and an information processing system according to claim 10.
According to the recording medium described in the above, the terminal transmits the image data, and the first information processing device generates the sway data for controlling the sway corresponding to the image based on the image data transmitted from the terminal. Generating an ID corresponding to a set of the image data and the agitation data, transmitting the image data, the agitation data, and the ID in association with each other to the second information processing apparatus, and the second information processing apparatus The image data transmitted from the information processing device, the shaking data, and received the ID, accumulate the received image data and the shaking data, address data regarding the address where the image data and the shaking data are stored,
The received ID is stored in association with the ID, and when the ID is input from the presentation device, the address data associated with the stored ID is read, and based on the read address data, the stored image data and The reading device reads out the sway data and transmits the data to the presentation device. The presentation device receives the image data and the sway data transmitted from the second information processing device. Since the sway is presented, the sway corresponding to the user's preference can be presented.

According to the information processing apparatus described in claim 11, the information processing method described in claim 13, and the recording medium described in claim 14, the image processing apparatus supports images based on image data input via a network. Is generated, and the generated image data is associated with the input image data and ID and transmitted to another device via a network. Can be presented.

According to the information processing apparatus described in claim 15, the information processing method described in claim 20, and the recording medium described in claim 21, image data and shaking data input via a network are stored. Then, an ID is generated for a set of the stored image data and the shaking data, the address data relating to the address where the image data and the shaking data are stored is stored in association with the generated ID, and the ID is input from another device. In this case, the address data associated with the stored ID is read, and the stored image data and motion data are read based on the read address data. Can be presented.

In the information processing system according to claim 22, the information processing method according to claim 23, and the recording medium according to claim 24, the terminal transmits the image data and the first information processing apparatus Is the image data transmitted from the second information processing device and the ID assigned to the image data
Receiving the image data, generating the sway data for controlling the sway corresponding to the image based on the received image data, and associating the generated sway data with the received image data and ID, and performing second information processing. Transmitted to the device, the second information processing device receives the image data transmitted from the terminal,
The image data is transmitted to the first information processing device in association with the ID generated, and the image data, the sway data, and the ID transmitted from the first information processing device are received and received. The image data and the motion data are stored, and the address data relating to the address where the image data and the motion data are stored is stored in association with the received ID. When the ID is input from the presentation device, the stored ID is stored in the stored ID. The associated address data is read, and based on the read address data, the stored image data and motion data are read and transmitted to the presentation device, and the presentation device is transmitted from the second information processing device. The image data and the sway data are received, and the image based on the received image data and the sway based on the sway data are presented. It is possible to present an appropriate sway.

[Brief description of the drawings]

FIG. 1 is a diagram showing the configuration of an embodiment of an information processing system to which the present invention has been applied.

FIG. 2 is a diagram showing an internal configuration of a terminal 1.

FIG. 3 is a diagram showing an internal configuration of the motion data generating device 3.

FIG. 4 is a diagram showing an internal configuration of a motion data generation unit 42.

FIG. 5 is a diagram showing an internal configuration of a feature information detection unit 51.

FIG. 6 is a diagram showing patterns stored in a memory 64.

FIG. 7 is a diagram illustrating an image to be processed.

FIG. 8 is a diagram illustrating a calculated vector.

FIG. 9 is a diagram showing an internal configuration of a feature information processing unit 52.

FIG. 10 is a diagram showing an internal configuration of the image fluctuation control device 4.

FIG. 11 is a diagram showing a configuration of an image shaking presentation device 6.

FIG. 12 is a side view of the driving device 92.

FIG. 13 is a view from above of the driving device 92.

FIG. 14 is a diagram illustrating an actual stimulus and an alternative stimulus.

FIG. 15 is a flowchart illustrating an operation of the system.

FIG. 16 is an example of a screen displayed on a display as an output unit 17 of the terminal 1;

FIG. 17 is a diagram illustrating a screen displayed on the data acquisition device 93.

FIG. 18 is a diagram showing another internal configuration of the motion data generating device 3.

FIG. 19 is a flowchart illustrating the operation of the system.

FIG. 20 is a diagram showing still another internal configuration of the motion data generating device 3.

FIG. 21 is a diagram showing still another internal configuration of the motion data generating device 3.

FIG. 22 is a diagram showing still another internal configuration of the image fluctuation control device 4.

FIG. 23 is a flowchart illustrating the operation of the system.

FIG. 24 is a diagram showing still another internal configuration of the image fluctuation control device 4.

[Explanation of symbols]

1 terminal, 2 network, 3 shaking data generator, 4 image shaking controller, 5 network,
6 Image shaking presentation device, 42 Shaking data generator,
44 charge collection unit, 45 ID generation unit, 46 billing data generation unit, 82 refund processing unit, 83 data storage unit, 84 ID data storage unit, 85 ID data input unit, 86 output instruction unit, 91 display,
92 drive unit, 93 data acquisition unit, 94 slot

 ────────────────────────────────────────────────── ─── Continuing on the front page (72) Inventor Yasuhiro Yukawa 6-35 Kita-Shinagawa, Shinagawa-ku, Tokyo F-term within Sony Corporation (reference) 5C025 AA30 BA01 BA18 BA27 BA30 CA15 CA20 CB10 DA05 5C054 AA01 CA04 CD03 DA09 EA05 HA17 5C063 AB05 AC01 AC10 DA07 DA13 DB01 5C064 BA07 BB01 BB05 BC01 BC06 BC10 BC20 BC23 BD02 BD03 BD04 BD08 BD09 BD14

Claims (24)

[Claims] 1. An input unit for inputting image data via a network, and a shaking data generating unit for generating shaking data for controlling shaking corresponding to an image based on the image data input by the input unit. An ID generating means for generating an ID corresponding to a set of the image data input by the input means and the shaking data generated by the shaking data generating means; a charging means for performing a charging process; and the shaking data generation. Means for reducing the amount charged by the charging means when the shaking data generated by the means is shared with a large number of users; and the image data, the shaking data, and the ID. Transmitting means for transmitting the information to another apparatus via the network in association with the information processing apparatus. 2. An input control step of controlling input of image data via a network, and a sway for controlling a sway corresponding to an image based on the image data, the input of which is controlled in the processing of the input control step. A shaking data generating step of generating data; and an ID for generating an ID corresponding to a set of the image data whose input is controlled in the processing of the input controlling step and the shaking data generated in the processing of the shaking data generating step. A generating step; a charging step of performing a charging process; and if the shaking data generated in the processing of the shaking data generating step is permitted to be shared with a large number of users, a charging is performed in the processing of the charging step. Reducing the amount, and the image data, the shaking data, and the ID in association with the ID via the network The information processing method characterized by comprising a transmission control step of controlling transmission of to another apparatus. 3. An input control step of controlling input of image data via a network, and a shaking for controlling a shaking corresponding to an image based on the image data, the input of which is controlled in the processing of the input controlling step. A shaking data generating step of generating data; and an ID for generating an ID corresponding to a set of the image data whose input is controlled in the processing of the input controlling step and the shaking data generated in the processing of the shaking data generating step. A generating step; a charging step of performing a charging process; and if the shaking data generated in the processing of the shaking data generating step is permitted to be shared with a large number of users, a charging is performed in the processing of the charging step. Reducing the amount, and the image data, the shaking data, and the ID in association with the ID via the network Other recording medium from which a computer is recorded readable program characterized by comprising a transmission control step of controlling the transmission of the apparatus. 4. An input unit for inputting image data, sway data for controlling sway corresponding to an image based on the image data, and an ID assigned to a set of the image data and the sway data. A storage unit for storing the image data and the sway data input by the storage unit, address data relating to an address at which the storage unit stores the image data and the sway data, and associating the ID input by the input unit. A storage unit for storing, when the ID is input from another device, the address data associated with the ID stored in the storage unit is read, and based on the read address data, the storage unit A read instructing means for instructing reading of the image data and the shaking data. Broadcast processing apparatus. 5. A refund unit for performing a refund process to a user who has supplied the image data when sharing of the image data and the shaking data input by the input unit with a large number of users is permitted. The information processing apparatus according to claim 4, further comprising: 6. An image data, a sway data for controlling sway corresponding to an image based on the image data, and an input control step for controlling an input of an ID assigned to a set of the image data and the sway data, An accumulation control step of controlling accumulation of the image data and the shaking data whose input is controlled in the processing of the input control step; and an address related to an address at which the image data and the shaking data are accumulated in the processing of the accumulation control step. A storage control step of performing control for storing data in association with the ID whose input has been controlled in the processing of the input control step; and when the ID is input from another device, processing of the storage control step Reading the address data associated with the ID whose storage has been controlled in the memory, and based on the read address data. The information processing method characterized by including a reading instruction step of instructing reading of the image data and the motion data accumulated is controlled by the processing of the storage control step. 7. An input control step of controlling input of image data, sway data for controlling sway corresponding to an image based on the image data, and an ID assigned to a set of the image data and the sway data; An accumulation control step of controlling accumulation of the image data and the shaking data whose input is controlled in the processing of the input control step; and an address related to an address at which the image data and the shaking data are accumulated in the processing of the accumulation control step. A storage control step of performing control for storing data in association with the ID whose input has been controlled in the processing of the input control step; and when the ID is input from another device, processing of the storage control step Reading the address data associated with the ID whose storage has been controlled in the memory, and based on the read address data. , Recording medium from which a computer readable program is recorded, which comprises a read instruction step of instructing reading of the image data and the motion data accumulated is controlled by the processing of the storage control step. 8. A terminal connected via a network,
In an information processing system including a first information processing device, a second information processing device, and a presentation device, the terminal includes a first transmission unit that transmits image data, and the first information processing device Receiving the image data transmitted by the first transmitting means, generating vibration data for controlling the vibration corresponding to the image based on the image data, and generating vibration data; ID generation means for generating an ID corresponding to the set of the shaking data generated by the data generating means, and transmitting the image data, the shaking data, and the ID to the second information processing apparatus in association with each other. Second
The second information processing apparatus, wherein the image data transmitted by the second transmitting means;
A receiving unit that receives the shaking data and the ID; a storing unit that stores the image data and the shaking data received by the receiving unit; and the storing unit stores the image data and the shaking data. Address data relating to an address, storage means for storing the ID received by the receiving means in association with each other, and when the ID is input from the presentation device, the storage means is associated with the ID stored in the storage means. A third transmission unit that reads the address data, reads the image data and the sway data to the storage unit based on the read address data, and transmits the read data to the presentation device; A second receiver that receives the image data and the shaking data transmitted by the third transmission unit; An information processing system comprising: a stage; an image based on the image data received by the second receiving unit; and a presentation unit that presents a motion based on the motion data. 9. A terminal connected via a network,
An information processing method for an information processing system including a first information processing device, a second information processing device, and a presentation device, wherein the information processing method for the terminal includes a first transmission control for controlling transmission of image data. An information processing method of the first information processing apparatus, comprising: receiving image data whose transmission has been controlled in the process of the first transmission control step; and controlling a motion corresponding to an image based on the image data. And generating an ID corresponding to the set of the sway data generated in the processing of the image data and the sway data generation step.
An ID generation step; and a second transmission control step of controlling transmission to the second information processing apparatus by associating the image data, the shaking data, and the ID with each other, and An information processing method of a processing device, wherein the image data, the swaying data, and the transmission of which are controlled in the processing of the second transmission control step; a reception control step of controlling reception of the ID; An accumulation control step of controlling accumulation of the image data and the shaking data, the reception of which is controlled by processing; address data relating to an address at which the image data and the shaking data are accumulated in the processing of the accumulation control step; A storage control step of performing control for storing the IDs associated with the reception controlled in the processing of the control step, and When an ID is input, the address data associated with the ID whose storage has been controlled in the storage control step is read, and accumulation is controlled in the accumulation control step based on the read address data. A third transmission control step of reading out the obtained image data and the shaking data and controlling transmission to the presentation device, wherein the information processing method of the presentation device includes the third transmission control step. A second controller for controlling the reception of the image data and the shaking data, the transmission of which is controlled in the processing;
And a presentation step of presenting a sway based on the image data, the reception of which is controlled in the processing of the second reception control step. Method. 10. A program of an information processing system including a terminal connected via a network, a first information processing device, a second information processing device, and a presentation device, wherein the program of the terminal is: A first transmission control step of controlling transmission of image data, wherein the program of the first information processing apparatus receives image data whose transmission has been controlled in the processing of the first transmission control step, A sway data generating step of generating sway data for controlling sway corresponding to an image based on the data, and generating an ID corresponding to a set of the sway data generated in the processing of the image data and the sway data generating step Do
An ID generation step; and a second transmission control step of controlling transmission to the second information processing apparatus by associating the image data, the shaking data, and the ID with each other, and The program of the processing device includes: a reception control step of controlling reception of the image data, the shaking data, and the ID whose transmission is controlled in the processing of the second transmission control step; and a processing of the reception control step. An accumulation control step of controlling accumulation of the image data and the shaking data whose reception is controlled; address data relating to an address at which the image data and the shaking data are accumulated in the processing of the accumulation control step; A storage control step of performing control for storing in association with the ID whose reception has been controlled in the processing of the present invention; and Is input, the address data associated with the ID whose storage is controlled in the processing of the storage control step is read, and the accumulation is controlled in the processing of the accumulation control step based on the read address data. A third transmission control step of reading out the image data and the swaying data and controlling transmission to the presentation device, wherein the program of the presentation device transmits in the process of the third transmission control step. Controlling the reception of the image data and the sway data controlled by
A receiving control step, and an image based on the image data whose reception is controlled in the processing of the second receiving control step; and a presentation step of presenting a sway based on the sway data. A recording medium on which a readable program is recorded. 11. Image data via a network,
Input means for inputting an ID assigned to the image data, generating means for generating shaking data for controlling shaking corresponding to an image based on the image data input by the input means, and the input means The input image data and the ID
And a transmission unit for associating the shaking data generated by the generation unit with another device via the network. 12. The information processing apparatus according to claim 11, further comprising a billing unit for billing based on billing data input by said input unit. 13. Image data via a network,
An input control step of controlling input of an ID assigned to the image data; and generating shaking data for controlling shaking corresponding to an image based on the image data whose input is controlled in the processing of the input control step. A generation step, and the image data and the ID whose input is controlled in the processing of the input control step are associated with the shaking data generated in the processing of the generation step, and the other data is transmitted to the other device via the network. A transmission control step of controlling transmission of the information. 14. Image data via a network,
An input control step of controlling input of an ID assigned to the image data; and generating shaking data for controlling shaking corresponding to an image based on the image data whose input is controlled in the processing of the input control step. A generation step, and the image data and the ID whose input is controlled in the processing of the input control step are associated with the shaking data generated in the processing of the generation step, and the other data is transmitted to the other device via the network. And a transmission control step of controlling transmission of the data. 15. An input unit for inputting image data transmitted from another device via a network, and sway data for controlling sway corresponding to an image based on the image data, and inputting the input data by the input unit. Storage means for storing image data and the sway data; generating means for generating an ID for a set of the image data and the sway data stored in the storage means; the storage means storing the image data and the sway data A storage unit that stores the address data relating to the accumulated address and the ID generated by the generation unit in association with each other; and when the ID is input from another device, associates the ID with the ID stored in the storage unit. The read address data is read, and based on the read address data, the image data and An information processing apparatus, comprising: read instruction means for instructing to read the shaking data. 16. The apparatus according to claim 1, further comprising: charging means for charging, and transmitting means for generating data used when said other apparatus performs charging and transmitting said data to said another apparatus via said network. 16. The information processing device according to claim 15. 17. A refund unit for performing a refund process to a user who has supplied the image data when sharing of the image data and the shaking data input by the input unit with a large number of users is permitted. The information processing apparatus according to claim 15, further comprising: 18. The refund unit issues an instruction to reduce the amount charged by the charging unit, or creates data for charging the amount transmitted by the transmission unit for the amount charged by the other device. The information processing apparatus according to claim 17, wherein the information processing is performed by giving an instruction to perform the processing. 19. The information processing apparatus according to claim 17, wherein the refund unit sets a refund amount in proportion to the number of times of reading by the read instruction unit. 20. An image data transmitted from another device via a network, motion data for controlling a motion corresponding to an image based on the image data, an accumulation control step for controlling accumulation, and the accumulation A generation step of generating an ID for a set of the image data and the sway data whose accumulation is controlled in the processing of the control step; and the image data and the sway data whose accumulation is controlled in the accumulation control step are accumulated. Address data related to the address, and a storage control step for performing control for storing the ID generated in the process of the generation step in association with each other.If the ID is input from another device, the storage control step The address data associated with the ID whose storage is controlled in the processing is read, and based on the read address data. Can, information processing method characterized by including a reading instruction step of instructing reading of the image data and the motion data accumulation processing is controlled in the storage control step. 21. Inputting image data transmitted from another device via a network, shaking data for controlling shaking corresponding to an image based on the image data, an accumulation control step of controlling accumulation, the accumulation A generation step of generating an ID for a set of the image data and the sway data whose accumulation is controlled in the processing of the control step; and the image data and the sway data whose accumulation is controlled in the accumulation control step are accumulated. Address data related to the address, and a storage control step for performing control for storing the ID generated in the process of the generation step in association with each other.If the ID is input from another device, the storage control step The address data associated with the ID whose storage is controlled in the processing is read, and based on the read address data. A recording medium in which a computer-readable program is recorded, comprising: a reading instruction step of instructing reading of the image data and the shaking data, the accumulation of which is controlled in the processing of the accumulation control step. . 22. An information processing system comprising a terminal connected via a network, a first information processing device, a second information processing device, and a presentation device, wherein the terminal transmits image data. 1st information processing device, wherein the first information processing device receives the image data transmitted from the second information processing device and an ID assigned to the image data.
Receiving means, and shaking data generating means for generating shaking data for controlling shaking corresponding to an image based on the image data received by the receiving means, and the image data received by the receiving means and ID
And a second transmission unit for associating the sway data generated by the sway data generation unit and transmitting the sway data to the second information processing device, wherein the second information processing device includes: A third transmission unit that receives the image data transmitted by the transmission unit, transmits the image data to the first information processing device in association with the ID generated for the image data, and the second transmission Said image data transmitted by the means,
A second receiving unit that receives the shaking data and the ID; a storing unit that stores the image data and the shaking data received by the second receiving unit; Storage means for associating and storing the address data relating to the address in which the shaking data is stored, and the ID received by the second receiving means; and storing the ID in the storage means when the ID is input from the presentation device. Reading the address data associated with the ID that has been read, reading the image data and the shaking data to the storage unit based on the read address data, and transmitting the read data to the presentation device. Transmitting means, wherein the presentation device receives the image data and the shaking data transmitted by the fourth transmitting means. An information processing system, comprising: a third receiving unit, an image based on the image data received by the third receiving unit, and a presenting unit for presenting a sway based on the sway data. 23. An information processing method for an information processing system including a terminal connected via a network, a first information processing apparatus, a second information processing apparatus, and a presentation apparatus, wherein the terminal information processing method is provided. Includes a first transmission control step of controlling transmission of image data, wherein the information processing method of the first information processing apparatus includes: the image data transmitted from the second information processing apparatus; A first reception control step of controlling the reception of an ID assigned to the image processing apparatus; and generating motion data for controlling a motion corresponding to an image based on the image data whose reception has been controlled in the processing of the reception control step. An agitation data generating step, and the image data and the ID whose reception is controlled in the processing of the reception control step are generated by the agitation data generating step. A second transmission control step of controlling transmission to the second information processing device in association with the sway data, wherein the first information processing method of the second information processing device comprises: A third transmission control step of receiving the image data whose transmission is controlled in the processing of the control step, and controlling transmission to the first information processing device in association with an ID generated for the image data; A second reception control step of controlling the reception of the image data, the shaking data, and the ID whose transmission is controlled in the processing of the second transmission control step; and A storage control step of controlling storage of the image data and the sway data whose reception is controlled by processing; and the image data and the sway data of which storage is controlled by the processing of the storage control step A storage control step of performing control for storing the address data relating to the stored address in association with the ID whose reception has been controlled in the processing of the second reception control step, and the ID is input from the presentation device. Read out the address data associated with the ID whose storage was controlled in the processing of the storage control step, and based on the read address data, the image data whose storage was controlled in the processing of the storage control step. And reading the shaking data and controlling the transmission to the presentation device.
The information processing method of the presenting apparatus, wherein the third information processing method controls the reception of the image data and the shaking data, the transmission of which is controlled by the processing of the fourth transmission control step.
And a presentation step of presenting an image based on the image data, the reception of which is controlled by the processing of the third reception control step, and a motion based on the motion data. Method. 24. A program for an information processing system including a terminal connected via a network, a first information processing device, a second information processing device, and a presentation device, wherein the program of the terminal is: A first transmission control step of controlling transmission of image data, wherein the program of the first information processing device is configured to allocate the image data transmitted from the second information processing device to the image data; A first reception control step of controlling reception of an ID; and a vibration data generation step of generating vibration data for controlling a vibration corresponding to an image based on the image data whose reception has been controlled in the processing of the reception control step. And the image data and the ID whose reception has been controlled in the processing of the reception control step, before being generated by the shaking data generation step. And a second transmission control step of controlling transmission to the second information processing device in association with the sway data, wherein the program of the second information processing device performs processing of the first transmission control step. A third transmission control step of receiving the image data, the transmission of which is controlled in the first information processing apparatus, and controlling the transmission to the first information processing apparatus in association with the ID generated for the image data; A second reception control step of controlling reception of the image data, the shaking data, and the ID whose transmission has been controlled in the processing of the second transmission control step; and a reception in the second reception control step. An accumulation control step of controlling accumulation of the controlled image data and the sway data; and storing the image data and the sway data of which accumulation is controlled in the processing of the accumulation control step. A storage control step of performing control for storing the address data relating to the received address and the ID whose reception has been controlled in the processing of the second reception control step, and when the ID is input from the presentation device. Reading the address data associated with the ID whose storage has been controlled in the processing of the storage control step, and based on the read address data, the image data and the image data whose storage has been controlled in the processing of the storage control step. The fourth step of reading the motion data and controlling transmission to the presentation device
A transmission control step, wherein the program of the presentation device controls reception of the image data and the shaking data, the transmission of which is controlled in the processing of the fourth transmission control step.
A receiving control step, and a presentation step of presenting an image based on the image data whose reception has been controlled by the processing of the third reception control step, and a motion based on the motion data. A recording medium on which a readable program is recorded.