Prime number cryptography device

Abstract

To provide fundamental information for effective marketing, we offer a method and system for collecting encrypted information and personal data that identifies areas in videos and still images that users are truly interested in. [Solution] In an encrypted marketing basic data collection device, information is communicated with robust security backed by an encrypted communication means that uses the relationship a×b=N as a public key method, which relates two unrelated prime numbers a and b, a prime number whose appearance is unpredictable and randomly arranged. The original image information stored in the image storage means is displayed on a display device in the original state for the first part of the original image information, and in an obscured state for the second part, which is all parts of the original image information excluding the first part. Information is then obtained to identify the position of the first part on the original image information at a predetermined time.

Description

Technical Field

[0001] The present invention relates to a technique for encrypting information and communicating it when collecting basic data for the purpose of being used in marketing related to personal information such as user preferences and trends of preferences.

Background Art

[0002] Marketing is an activity for efficiently providing products or services to consumers in order to meet consumer needs while responding to changes in the situation, and is a concept including, for example, market research, product planning, advertising, sales, and the like.

[0003] So far, for the security in handling personal information and collecting information useful for marketing, etc., the use of prime number encryption technology has been adopted to ensure the risk of deterioration of the information because it takes time to decrypt the calculation of large prime numbers.

Prior Art Documents

Patent Documents

[0004]

Patent Document 1

Summary of the Invention

Problems to be Solved by the Invention

[0005] However, in the method of using the above prior art, when the regularity of the arrangement of prime numbers is discovered and made public, or when there is a person who uses it maliciously without being known, there is a risk that the entire encryption system using prime numbers will collapse, or the risk of system use will suddenly increase. Therefore, there has been a problem that a system and countermeasures with a complicated design assuming the possibility of legal decryption for illegal use purposes are required.

[0006] Therefore, the present invention aims to solve the above problems by providing proof that the sequence of prime numbers is disordered, and by utilizing the fact that prime numbers are unrelated based on that proof to encrypt data by simply increasing the range of prime numbers a and b, thereby enhancing computational and security capabilities, as well as an apparatus for performing this. Furthermore, for the above purpose, the invention also aims to simultaneously prove the error of the Riemann hypothesis, which assumes that there is a regularity in prime numbers. [Means for solving the problem]

[0007] One form of the marketing data collection device to be disclosed is a system that uses a robust encryption communication method to communicate information on a user terminal, with strong security backing, using the public key method to represent prime numbers. This system involves a rule that determines whether a number is composite if it is divisible by all numbers except 1 and itself, a rule that determines whether a number is prime if it is divisible only by 1 and itself, a rule that associates ordinal numbers by being given sequentially one by one, a rule that determines the sequence of prime numbers determined by the association of all these independent rules, and the fact that there is no rule that determines whether a number is prime or composite before an ordinal number given sequentially one by one is converted into an existence number and its attributes are determined, resulting in a sequence of prime numbers whose appearance is unpredictable and disorderly, and which uses the public key method to represent the relationship a×b=N that associates any unrelated prime natural numbers a and b. The present invention is characterized by comprising: an image display means for displaying original image information, which is moving or still image information, stored in an image storage means for storing original image information, such that the first part of the original image information is in its original state, and the second part, which is all parts of the original image information except the first part, is blurred, on a display device provided by the user terminal; a first part moving means for changing the position of the first part and the shape of the second part on the original image information based on an operation to move the first part on the original image information on the user terminal; and a marketing basic data acquisition means for acquiring information that identifies the original image information displayed on the display device at a predetermined time, and information that identifies the position of the first part on the original image information. [Effects of the Invention]

[0008] The disclosed marketing data collection device can collect encrypted information that identifies the parts of videos and still images that users are truly interested in, serving as fundamental information for effective marketing. [Modes for carrying out the invention]

[0009] Embodiments of the present invention will be described using the drawings. Figure 1 is an illustrative diagram of the degree concept and degree number. Everything possesses countless degrees of existence. The concept of degree is one in which all magnitudes have a continuous extent from a starting point to an ending point, similar to vector notation, and when quantifying any concept of magnitude related to an object, it is possible to represent continuous quantities using degree values ​​of vectors on a number line starting from 0. For example, these include nominal numbers corresponding to units of measurement such as mass, velocity, and pressure, as well as dimensionless numbers that embody these concepts. Furthermore, all real numbers that represent these degree concepts, and that are not existence numbers (as will be discussed later), are defined as degree numbers.

[0010] The characteristic of degree numbers is that they treat a single object (or a group of objects) as the basis for representing a number, and represent the total number of degree concepts related to this object. As shown in the image in Figure 1, there are as many vector lines as there are degree concepts, and for each object, they all radiate outwards from a base point of 0 (origin) and are related to each other. Furthermore, the numerical value of a degree number represents a continuous quantity, and it is a concept that encompasses numbers closer to zero than any number including fractions and decimals. Even if the numerical value is an integer, it cannot be conceptually converted to an ordinal number.

[0011] The degree is specifically indicated using a steel plate as a single object. First, when a 1cm thick, 20cm long, and 30cm wide iron plate A with a mass of 4kg is cut into 10cm long or 15cm wide sections, there is a regularity in that each section will have a mass of 2kg. Next, when comparing iron plate A with iron plate B, which is 2cm thick, 20cm long, and 30cm wide, formed by stacking two iron plates A, there is a proportional relationship, resulting in a mass of 8kg. This demonstrates that even between different objects, the numerical values ​​are related. In this way, the numerical values ​​of all concepts related to each object can be explained by determining the distance from 0 on the number line and extracting several numerical values, for example, by representing them on the X and Y axes of a plane with 0 as the reference point. However, although the numerical values ​​in the iron plate example above were all shown as positive integers, as will be discussed later, these cannot be expressed as concepts of natural numbers or existence numbers.

[0012] On the other hand, there is a concept of number that deals with objects themselves, treating multiple fluid objects as a single unit and considering the total number of such objects as multiple quantities. These are discrete numbers that express existence using units such as counters, or dimensionless numbers that have similar properties to abstract objects. Natural numbers of these concepts, including 1, are defined and classified as existential numbers. Existential numbers are a single concept and encompass all real numbers that are not degree numbers.

[0013] This explains the characteristics of abundance. Since existence numbers are a concept of numbers that represent existence, such as the number of items, they can be represented as a sum of several points on a number line, and their numerical value can be expressed as the sum of the distributions of these points. In other words, existence numbers, which are not continuous quantities, lie on a line that represents a set without the concepts of 0 or scales, and their numerical value can be expressed as the sum of the points that constitute a single set of objects. Therefore, each of the aforementioned grouped objects does not contain any numbers smaller than itself, and as shown in Figure 2, each line representing a set exists as an independent concept, and the lines do not intersect. However, the number of existence is simultaneously a natural number and is related to all other numbers of existence by the concept of ordinal numbers, and it is possible to convert between them and ordinal numbers whose starting point is 1. Furthermore, the concept of the number of existence n can be represented by an n-sided polygon formed by arranging n fluid points equally apart from a central point, and connecting these fluid points equally apart with lines. And, an infinite n-sided polygon formed by an infinite number of existence numbers is a perfect circle.

[0014] This section explains specific examples of abundance numbers and compares them with degree numbers. For example, in Example 1, we will explain the concept of abundance using apples. (See Figure 3) If five more apples are placed in the same basket containing three apples and arranged in a straight line at equal intervals, object 1 does not change; only the existence of object 2 is newly recognized. The fluid distribution of apples in object 1 and the fluid distribution of apples in object 2 are independent concepts and therefore unrelated to each other. The independent concepts of three apples in the basket are not affected by the properties of other independent numbers. As an example, the concept of expressing an apple as 3 / 4 is a degree number. This is because, including the fact that the shape of an apple is not uniform, it is like viewing an abstract concept where one object represents 75% of a continuous quantity starting from 0, where the whole is 100%, and it should be expressed as a degree of 3 / 4. As an example 3, the concept of abundance is explained using dumplings on a skewer. (See Figure 4) Five dumplings are skewered together. If we consider the object as a skewer of five dumplings, it becomes a single concept of quantity. However, if we consider the object as a skewer consisting of five dumplings, a new concept of quantity arises, such as 100g per skewer, and it is also possible to consider each dumpling individually and assign a quantity of 20g to each. Thus, whether an object is an existence number or a degree number is determined by what that object is and its concept. Unlike degree numbers, existence numbers do not affect the existence of other numbers; they are independent of each other, and there are no property relationships between them.

[0015] This explains the ranges of existence and degree. By organizing the scope of the concepts discussed so far and classifying real numbers, (see Figure 5) ▲1▼ Real numbers are classified as either degree numbers or existence numbers. ▲2▼ The degree number is not necessarily a natural number or an integer. ▲3▼ Natural numbers are not degree numbers, but rather all existence numbers. ▲4▼ Integers are numerical values ​​related to the zero-based index and degree, not existence numbers. ▲5▼ Existing numbers are natural numbers, not integers. That is, the cardinality is the natural number itself excluding the concept of ordinal number, and the integer is the multiplicity. Therefore, natural numbers and positive integers have different attributes. Thus, natural numbers and integers cannot be handled in combination. Also, similar to the fact that the set number = natural number = ordinal number allows for concept conversion, the cardinality = natural number = ordinal number allows for concept conversion. Note that the set number is not used here because the scope of the concept does not necessarily coincide with that of the cardinality.

[0016] Explain the irrationality of the concept of 0 in natural numbers. Fig. 6 shows the positions that the concepts of cardinality, ordinal number, and multiplicity can indicate. Originally, for the cardinality of the concept that can be represented on a straight line without scale and 0, the concept is not a continuous quantity, is an independent concept without a greater or smaller comparison concept with other cardinalities, and is a concept that only emerges when there is an object. Therefore, the concept of 0 does not exist in reality. Even if 0 is formally used in the concept of ordinal number that can be converted with the cardinality, it is different from the concept where the integer 0 related to multiplicity specifically exists after an object exists. It cannot be shown by a measuring instrument, nor is there a specific place or object like the position of 0 on the number line. Moreover, the concept of an integer where 0 and 2 are equidistant with 1 in between cannot exist in natural numbers. Therefore, the existence of the independent concept of cardinality and 0 are not connected to each other through the concept of ordinal number, which is one aspect of the concept of natural numbers. Therefore, even if 0 has been added to natural numbers so far, it is just an added number for convenience. While positive integers represent a range of numbers that include the concept starting from 0 by cutting off a part of the integers, natural numbers represent a range of numbers that include the concept of a 0 position different from the entity. However, this itself does not affect the essence of the cardinality at least when 0 is not included.

[0017] Prime numbers are natural numbers and are cardinalities. Therefore, since cardinalities are independent of each other and not associated, prime numbers are not associated with each other in terms of the concept of cardinality. In other words, a sequence of prime numbers is a combination of prime numbers, which are independent concepts of numbers, and prime numbers, which are interconnected by the concept of ordinal numbers, an aspect of natural numbers. This is shown in the lower part of Figures 7 and 8.

[0018] This section explains prime numbers in the context of existing numbers and ordinal numbers. As shown in Figure 7, starting with the natural number 1, the concept is one that can be converted back and forth to the existence numbers in the circular boxes on the vertical axis, and prime numbers and composite numbers are linked to the concept of ordinal numbers in the rectangular boxes on the horizontal axis, which are the base axes. All of these prime and composite numbers are universal, with their order of appearance and conceptual transformations being completely connected by lines of necessary relationships. Furthermore, Figures 8 to 10 are some diagrams that attempt to represent the process of sorting numbers sequentially according to rules, tracing the conceptual path and showing the continuous regularity with a single line. Figure 8 is a diagram showing the process of the appearance of prime and composite numbers shown in Figure 7. Then, there is a rule that determines a number is composite if it is divisible by any number other than 1 and itself, and a rule that determines a number is prime if it is divisible only by 1 and itself, and there is also a rule that associates ordinal numbers with each other by being given one by one sequentially. Although all these independent rules are related, there is no rule that determines whether a number is prime or composite before the ordinal numbers given one by one sequentially are transformed into existence numbers and their attributes are determined. Therefore, their appearance cannot be predicted, and the single line representing the continuous regularity is not connected within each ordinal number. On the other hand, Figures 9 and 10 show the relationship between even and odd numbers, which can be compared to the relationship between prime and composite numbers. As shown in Figure 9, even numbers are natural numbers divisible by 2, and odd numbers are natural numbers not divisible by 2. When we categorize them using the concept of existing numbers according to the rules of these attributes, there is no single line representing a continuous regularity, as in the relationship between prime and composite numbers. In contrast, as shown in Figure 10, with only the concept of ordinal numbers, each satisfies the condition that the next term can be known in advance according to the rules of an arithmetic sequence with a common difference of 2, and there is a single line representing a continuous regularity for both even and odd numbers, and both are valid. In other words, to use an analogy, Figure 10 is like a field of view where objects can be seen automatically all at once, while Figures 8 and 9 are like objects on upper or lower floors that have different concepts and require extra effort to see. Therefore, when limited to the sequence of prime numbers, it can be said that although it is a universally necessary sequence, it does not follow a completely continuous regularity.

[0019] Let me explain the Riemann Hypothesis. The degree of a number is not relevant at all to the distinction between prime and composite numbers. The Riemann Hypothesis was proven to be false by demonstrating that the sequence of prime numbers does not follow any continuous regularity. However, it can be inferred that the reason for this error is that Riemann associated prime and composite numbers with the concept of integers, which are dimensionless numbers and originate from 0. As evidenced by the appearance of an imaginary number in the imaginary part of the real part (1 / 2) within the Riemann Hypothesis, when he attempted an impossible conceptual conversion between integers and natural numbers, which have discrepancies in both their origin and concept, a discrepancy occurred at least between 0 and 1, which he presented as a connection to prime numbers.

[0020] The Riemann Hypothesis, which posits a pattern in the sequence of prime numbers, is incorrect. Furthermore, while the sequence of prime numbers is universal, it lacks any regularity, is disordered, and unpredictable.

[0021] This is done using a cryptographic communication method that uses a robust security mechanism, backed by the public key method, to communicate information using a relation a×b=N which relates two unrelated prime natural numbers a and b, and is constructed in a disordered and unpredictable manner, where there is no rule to determine in advance whether a number is prime or composite before the sequentially given ordinal numbers are transformed into existence numbers and their attributes are determined, and where the prime numbers are constructed in a disordered and unpredictable manner.

[0022] The operating principle of the marketing basic data collection device (hereinafter simply referred to as "this device") 100 according to this embodiment will be explained using Figures 11 to 15. Figure 11 is a diagram illustrating the overview of how this device 100 interacts with peripheral devices, and Figure 12 is a functional block diagram of this device 100. Figures 13 to 15 are diagrams illustrating the processing content performed by this device 100.

[0023] As shown in Figure 11, the device 100 is connected to the user terminal 320 via a communication network 340. The communication network 340 may be a wired communication network or a wireless communication network. The user terminal 320 may be a mobile information terminal such as a smartphone, or a notebook or desktop personal computer.

[0024] The device 100 collects information that identifies areas of interest to the user 310 operating the user terminal 320 in the moving image information 220 or still image information 230 displayed on the user terminal 320. The information collected by the device 100 is used as basic data for marketing activities, including market research, product planning, and advertising, as it directly and accurately captures the needs of the user (consumer).

[0025] As shown in Figure 12, the device 100 includes an image storage means 110, an image display means 120, a first part moving means 130, a marketing basic data acquisition means 140, and an information encryption means 150. Note that the image storage means 110 is not necessarily required to be present in the device 100. Furthermore, depending on the embodiment, the device 100 and the user terminal 320 may be the same device.

[0026] The image storage means 110 stores the original image information 210, which is either moving image information 220 or still image information 230 displayed on the user terminal 320. The file format of the moving image information 220 and still image information 230 is not particularly limited. Furthermore, the still image 230 is a concept that includes web pages.

[0027] As shown in Figure 13, the image storage means 110 stores, for example, original image information 210 showing a woman shopping, with shelves behind her displaying broccoli, carrots, and cabbage from left to right. However, the original image information 210 stored in the image storage means 110 is not limited to this, and its content is not particularly restricted.

[0028] The image display means 120 displays the original image information 210 on the display device 330 of the user terminal 320 in its original state for the first part 240 on the original image information 210. In addition, the image display means 120 displays the original image information 210 on the display device 330 in a blurred state for the second part 250, which is all parts of the original image information 210 except for the first part 240.

[0029] The original image information 210 that the image display means 120 displays on the display device 330 consists only of a first part 240 and a second part 250. The shape of the first part 240 is, for example, circular, but may be any other shape. The shape of the second part 250 is obtained by cutting out the first part 240 from the original image information 210.

[0030] The image display means 120 blurs the original image information 210 in the second part 250 such that the degree of blurring increases as it moves away from the center of the first part 240, employing methods such as blurring, mosaic processing, and transparency adjustment.

[0031] By gradually increasing the degree of blurring as the user moves away from the first part 240, the user 310 can more easily perceive the direction toward the center. As a result, the user 310 can more easily recognize the position of the first part 240 and naturally (without conscious effort) grasp the position of the center of the first part 240.

[0032] Furthermore, by gradually increasing the degree of blurring as the image moves away from the first part 240, the position of the first part 240 can be easily determined even if the first part 240 is set to a small size. As a result, detailed information can be obtained about matters of interest to the user 310.

[0033] When the image display means 120 employs "blurring" as a means of obscuring the original image information 210, it displays the second part 250 in such a way that a three-dimensional visual effect centered on the first part 240 can be obtained.

[0034] Figure 14 shows the state in which the first part 240 and the second part 250 are applied to the original image information 210 shown in Figure 13. As shown in Figures 13 and 14, the image display means 120 applies the first part 240 to the position of the broccoli located on the left side, for example, so the image of the broccoli is displayed in its original state. In addition, the image display means 120 displays the second part 250 such that the degree of blurring increases as it moves away from the first part 240.

[0035] The first part moving means 130 changes the position of the first part 240 and the shape of the second part 250 on the original image information 210 based on an operation to move the first part 240 on the user terminal 320. The shape of the second part 250 is determined according to the change in the position of the first part 240. Furthermore, the operation to move the first part 240 on the user terminal 320 may be an operation performed using an input device such as a mouse, a swipe operation on a touch panel, or any other form of operation.

[0036] Figure 15 shows the first part 240 shown in Figure 14 with its position changed. As shown in Figures 14 and 15, the first part moving means 130 moves the first part 240, which was in the position of the broccoli, to the position of the cabbage located on the right, based on an operation to move the first part 240 on the user terminal 320. At that time, the image of the broccoli is blurred because it is included in the second part 250, and the image of the cabbage is displayed in its original state because it is included in the first part 240.

[0037] Because the position of the first part 240 can be moved, the user 310 can constantly perform comparison and selection actions on the display device 330, making it possible to collect continuous information regarding the decisions made by the user 310.

[0038] The marketing basic data acquisition means 140 acquires, at a predetermined time, information that identifies the original image information 210 displayed on the display device 330 and information that identifies the position of the first part 240 on the original image information 210, in association with each other. The marketing basic data acquisition means 140 may also store the acquired information in a storage device.

[0039] Traditionally, it was only possible to indirectly predict the preferences and tastes of users 310 in e-commerce. However, this device 100 can directly acquire information on what users 310 are interested in, and based on that information, it can conduct more accurate advertising and promotion.

[0040] Based on the above operating principle, the device 100 can collect information that identifies the parts of a video or still image that the user 310 is truly interested in, as basic information for effective marketing.

[0041] An example of the hardware configuration of the device 100 will be explained using Figure 16. Figure 16 is a diagram showing an example of the hardware configuration of the device 100. As shown in Figure 16, the device 100 has a CPU 410, ROM 420, RAM 430, auxiliary storage device 440, communication I / F 450, input device 460, display device 470, recording medium I / F 480, and encryption device 500.

[0042] The CPU 410 is a device that executes programs stored in the ROM 420. It processes data loaded into the RAM 430 according to program instructions and controls the entire device 100. The ROM 420 stores the programs and data that the CPU 410 will execute. When the CPU 410 executes a program stored in the ROM 420, the RAM 430 loads the programs and data to be executed and temporarily holds the calculation data during the calculation.

[0043] The auxiliary storage device 440 is a device that stores the operating system (OS), which is the basic software, and application programs related to this embodiment, along with related data. The auxiliary storage device 440 includes storage means 110, such as an HDD or flash memory.

[0044] The communication interface 450 is an interface for exchanging data with other devices that provide communication functions, by connecting to a communication network 340 such as wired / wireless LAN or the internet.

[0045] The input device 460 is a device for inputting data into the main device 100, such as a keyboard. The display device (output device) 470 is a device consisting of an LCD or the like, and functions as a user interface for the user to use the functions of the main device 100 and to make various settings. The recording medium I / F 480 is an interface for sending and receiving data with the recording medium 490, such as a CD-ROM or USB memory. The encryption device 500 encrypts the information before communication.

[0046] Each of the means of this device 100 may be realized by the CPU 410 executing a program corresponding to each means stored in the ROM 420 or auxiliary storage device 440. Alternatively, each of the means of this device 100 may be realized by the processing related to each means being implemented as hardware. Furthermore, the device 100 may be made to execute a program according to the present invention by having an external server device read the program from the present invention via a communication I / F 450. Figure 17 illustrates the flow of an example of processing performed by the device 100. Figure 17 is a flowchart showing the flow of an example of processing performed by the device 100.

[0047] In S10, the image display means 120 displays the first portion 240 of the original image information 210 stored in the image storage means 110 on the display device 330 in its original state. In addition, in S10, the image display means 120 displays the second portion 250 of the original image information 210 stored in the image storage means 110 on the display device 330 in a blurred state.

[0048] The original image information 210 that the image display means 120 displays on the display device 330 consists only of a first part 240 and a second part 250. The shape of the first part 240 is, for example, circular, but may be any other shape. The shape of the second part 250 is obtained by cutting out the first part 240 from the original image information 210.

[0049] The image display means 120 displays the original image information 210 in a blurred state in the second part 250 such that the degree of blurring increases as it moves away from the center of the first part 240. The image display means 120 employs blurring, mosaic processing, transparency adjustment, etc., as means to blur the original image information 210.

[0050] By gradually increasing the degree of blurring as the user moves away from the first part 240, the user 310 can more easily perceive the direction toward the center. As a result, the user 310 can more easily recognize the position of the first part 240 and naturally (without conscious effort) grasp the position of the center of the first part 240.

[0051] By gradually increasing the degree of blurring as the user moves away from the first part 240, the user 310 can more easily perceive the direction toward the center. As a result, the user 310 can more easily recognize the position of the first part 240 and naturally (without conscious effort) grasp the position of the center of the first part 240.

[0052] Furthermore, by gradually increasing the degree of blurring as the image moves away from the first part 240, the position of the first part 240 can be easily determined even if the first part 240 is set to a small size. As a result, detailed information can be obtained about matters of interest to the user 310.

[0053] When the image display means 120 employs "blurring" as a means of obscuring the original image information 210, it displays the second part 250 in such a way that a three-dimensional visual effect centered on the first part 240 can be obtained.

[0054] As shown in Figures 13 and 14, the image display means 120 applies the first part 240 to the position of the broccoli located on the left side, for example, so that the image of the broccoli is displayed in its original state. In addition, the image display means 120 displays the second part 250 such that the degree of blurring increases as it moves away from the first part 240.

[0055] In S20, the first part moving means 130 changes the position of the first part 240 and the shape of the second part 250 on the original image information 210 based on an operation to move the first part 240 on the user terminal 320. The shape of the second part 250 is determined according to the change in the position of the first part 240. Furthermore, the operation to move the first part 240 on the user terminal 320 may be an operation performed using an input device such as a mouse, a swipe operation on a touch panel, or any other form of operation.

[0056] As shown in Figures 14 and 15, the first part moving means 130 moves the first part 240, which was in the position of broccoli, to the position of cabbage located on the right side, based on an operation to move the first part 240 on the user terminal 320. At that time, the image of broccoli is blurred because it is included in the second part 250, and the image of cabbage is displayed in its original state because it is included in the first part 240.

[0057] Because the position of the first part 240 can be moved, the user 310 can constantly perform comparison and selection actions on the display device 330, making it possible to collect continuous information regarding the decisions made by the user 310.

[0058] In S30, the marketing basic data acquisition means 140 acquires, at a predetermined time, information identifying the original image information 210 displayed on the display device 330 and information identifying the position of the first part 240 on the original image information 210, in association with each other. In S35, the information is encrypted. The marketing basic data acquisition means 140 may also store the acquired information in a storage device.

[0059] If the device 100 receives a command to stop processing in S40 (No in S40), processing by the device 100 is terminated. On the other hand, if the device 100 does not receive a command to stop processing in S40 (Yes in S40), processing by the device 100 proceeds to S10.

[0060] Traditionally, it was only possible to indirectly predict the preferences and tastes of users 310 in e-commerce. However, this device 100 can directly acquire information on what users 310 are interested in, and based on that information, it can conduct more accurate advertising and promotion.

[0061] By performing the above processing, the device 100 can collect information that identifies the parts of the video and still images that the user 310 is truly interested in, which serves as basic information for effective marketing.

[0062] Although embodiments of the present invention have been described in detail above, the present invention is not limited to these specific embodiments, and various modifications and changes are possible within the scope of the gist of the present invention as described in the claims. [Brief explanation of the drawing]

[0063] [Figure 1] This is an illustrative diagram showing the degree of influence related to object steel plate B. [Figure 2] This is an illustrative diagram of the concept of abundance. [Figure 3] This is an illustrative diagram of two existence numbers. [Figure 4] This is an illustrative diagram showing the number and degree of existence of objects impaled on a skewer. [Figure 5] This is a classification chart relating abundance and degree. [Figure 6] This is a location diagram that the concept points to. [Figure 7] This is a rule diagram that connects elements with lines of inevitable relationships. [Figure 8] This diagram illustrates the patterns between prime and composite numbers. [Figure 9] This diagram illustrates the regularity of even and odd numbers using the concepts of existing numbers and ordinal numbers. [Figure 10] This diagram illustrates the regularity of even and odd numbers using the concept of ordinal numbers. [Figure 11]This diagram shows an overview of the marketing basic data collection device according to this embodiment. [Figure 12] This is a functional block diagram of the marketing basic data collection device according to this embodiment. [Figure 13] This figure shows an example of original image information stored in the image storage means according to this embodiment. [Figure 14] This figure illustrates the processing performed by the image display means and the first part moving means according to this embodiment. [Figure 15] This figure illustrates the processing performed by the image display means and the first part moving means according to this embodiment. [Figure 16] This figure shows an example of the hardware configuration of the marketing basic data collection device according to this embodiment. [Figure 17] This flowchart shows an example of the processing flow by the marketing basic data collection device according to this embodiment. [Explanation of Symbols]

[0064] 100 Marketing Basic Data Collection Device 110 Image storage means 120 Image display means 130 First part transportation means 140 Methods for acquiring basic marketing data 150 Information encryption means 210 Original Image Information 220 Video Information 230 Still Image Information 240 Part 1 250 Part 2 310 users 320 user terminals 330 Display screens on user terminals 340 Communication Networks 410 CPU 420 ROM 430 RAM 440 Auxiliary storage 450 Communication Interfaces 460 Input Devices 470 Output device 480 Storage Media Interfaces 490 Storage medium 500 Encryption device

Claims

1. A device for cryptographic communication that uses the relationship a × b = N, which relates two unrelated prime natural numbers a and b, as a public key method, to communicate information with robust security, based on the following: rules that determine whether a number is composite if it is divisible by all numbers except 1 and itself; rules that determine whether a number is prime if it is divisible only by 1 and itself; rules that relate ordinal numbers to each other by being given one by one in sequence; rules that determine the sequence of prime numbers by all these independent rules relating together; and the fact that there are no rules that determine whether a number is prime or composite before an ordinal number given one by one in sequence is transformed into an existence number and its attributes are determined; and a device for cryptographic communication that uses the relation a × b = N, which relates two unrelated prime natural numbers a and b, as a public key method.

2. An encrypted communication device according to claim 1, comprising: an image display means for displaying original image information, which is moving or still image information to be displayed on a user terminal, on a display device provided by the user terminal, such that the original image information is displayed on a display device provided by the user terminal, with the first part of the original image information remaining in its original state, and the second part, which is all parts of the original image information excluding the first part, being blurred; a first part moving means for changing the position of the first part and the shape of the second part on the original image information based on an operation to move the first part on the user terminal; and a marketing basic data acquisition means for acquiring information that identifies the original image information displayed on the display device at a predetermined time, and information that identifies the position of the first part on the original image information.

Images