KR20150092215A - Full spectrum cyber identification determination process - Google Patents

Abstract

The present invention relates to a method for providing full spectrum cyber ID decision values using observation values, information, predetermined criteria and cyber resources, and is characterized by providing cyber ID decision values for at least one unidentified object, Standards.

Description

[0001] FULL SPECTRUM CYBER IDENTIFICATION DETERMINATION PROCESS [0002]

The present invention relates to a full spectrum cyber ID determination method, and more particularly, to a method for providing full spectrum cyber ID determination values using observation values, information, predetermined criteria, and cyber resources. Here, "cyber" is understood as an abiotic programming process.

There is a need for a much higher level of cyber security measures than conventional cyber security measures. Applicants have discovered that conventional cyber security measures do not meet current requirements for the following reasons:

1. In the past, it is not possible to accurately allow / deny people who connect to any kind of cyber resources;

2. In the past, people who are directly and personally responsible for their cyber activities and cyber resources can not be accurately selected.

In addition, in the past, one person using cyber resources could not be accurately identified.

Based on these facts, Applicant found the following:

1. can not precisely deny someone access to cyber resources;

2. If the cyber resource can not accurately identify the person to whom it is connected, the person other than the owner of the cyber activity and cyber resources may deny the owner.

Therefore, a certain level of cyber security, as well as the essential level of providing the highest level of cyber security, cyber security, and cyber privacy are necessary for accurate cyber ID determination.

In addition, we live in a technology world where enormous cyber resources are spread. Over time, this technology world will provide all possible cyber resources that humans want or need. Included in these cyber resources is a full spectrum cyber ID determination method that provides 100% accurate cyber ID decisions for people as well as all other cyber ID decisions. Reference is made to the present invention, which is incorporated herein by reference in its entirety, PCT / US2011 / 056931, entitled " Single Point of Access Cyber System "

In view of the above problems, the cyber ID determination method of the present invention has the following problems:

a. Providing ID determinations that the known and unidentified are the same, with any accuracy, including 100% accuracy;

b. ID determination using a number of observed native biological characteristics of known and / or unknown persons;

c. Observation of persons who are not intentionally involved in the ID determination method;

d. Providing one-time, intermittent, and continuous ID determination values for a person;

e. Performing an observation in which the identity imposter is randomly selected and repeating some of the previously recorded observations of known persons;

f. Determination of ID using all observed values of observed object;

g. Provide all the standard set of values to accurately and continually represent all aspects of the method of the present invention;

h. Providing absolute security and privacy for all information and resources used to provide cyber ID resolution values;

i. Use of all available criteria for observation, recognition, matching, comparison, determination, reporting or other aspects of the ID determination method;

j. Providing identity determination values using observations from others;

k. Utilization of useful information of all kinds of sources to provide ID determination values;

l. Using one or more recognized properties;

m. Achieving a predetermined identity determination using a comparison of one or more matching characteristics; And

n. We use a single system that can extend the size and the resources, from the process of using the minimum required ID decision value to the process of providing the full spectrum ID decision resources used to provide the full spectrum ID decision values .

The technology world that provides all the possible cyber resources that humans need is to be built only in a secure and secure cyber environment.

An accurate method of determining the cyber ID for humans is essential to establish a secure cyber environment.

Therefore, there is a need for a cyber ID determination method that accurately and reliably provides the cyber ID determination values for a person from the full-spectrum cyber ID determination values, and this method is a basis for establishing a secure, safe and personal technology world .

In addition, through the wise use of this precise and reliable cyber ID determination method, the cyber environment is transformed from a confused environment to a unified and orderly technical environment, providing a certain level of cyber security, security and privacy to all users something to do.

The list below is a part of full spectrum resources used in the cyber ID determination method of the present invention. In addition, conventional cyber ID determination methods have not provided any of the following lists:

a. ID determination values for a full spectrum object for cyber ID determination;

b. ID determination values that satisfy a full spectrum requirement for cyber ID determination values;

c. ID determination values that provide a reasonable level of accuracy, including 100% accuracy;

d. ID decision values using full spectrum of useful cyber resources;

e. ID determination values that use the full spectrum of useful information.

f. ID determination values using full spectral useful decision values;

g. ID determination values using the intrinsic biological characteristics of the full spectrum of the person to be observed;

h. ID determination values using full spectral useful criteria;

i. ID determination values using standard designation values that accurately and reliably represent all aspects of the ID determination method;

j. ID determination values provided one time, intermittently, and continuously;

k. Allow and deny access to cyber resources correctly;

l. Absolute security and privacy of information and resources of all Cyber ID processes;

m. Observations from those who are not intentionally involved in the observation to those who are involved and participate in the observation continuously;

n. Scalability to provide the most complex cyber ID decision values to the most complex cyber ID decision values;

o. Easy use in all operating conditions;

p. A persistent attempt to obtain the selected identity determination values;

q. The use of many of the observed unique biological properties of humans to provide an identity determination value;

r. A change in the operation of the process to help determine all selected ID determination values;

p. Use of useful information and observations from all sources;

t. The use of a unique combination of biological properties that occur simultaneously to provide a person ' s identity determination value; And

u. Use of a unique combination of observed biological characteristics that occur over a period of time to provide human ID determination values.

Properly using 100% accurate cyber ID determination methods for people can provide a highly secure, secure and personalized technology cyber environment.

1 is a flow chart of the method of the present invention;

Term Definition

Absolutely unique: occurring at a rate of once for the total number of occurrences.

And / or "and" or "or both.

Biological characteristics: all characteristics of an organism, including those that are observed or reported.

Native biological characteristics: A biological characteristic or combination of characteristics unique to the observed person.

Capture / capture: to obtain cyber-based observations using cyber resources.

Characteristics: A combination of characteristics and / or characteristics of recognized observed values.

Continue / Continuous: To continue ID determination with any selected number of times.

Criteria: At least one selection group

Cyber: Any device, programming, process, or file that uses an inanimate programming process.

Full Spectrum: All possible spectra.

ID determination value: At least one ID determination value

Known person: The person to be observed in the first series.

Recognition: Any observation aspect that has been confirmed for further use.

Record: Cyber record or file creation.

Series: One or more groups.

Unidentified person: a person who was the subject of observation in the second series and who was not determined to be the same person as the known person using the prescribed criteria.

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The following overview relates generally to the cyber ID decision process, specifically to the use of processes that provide people with accurate and reliable ID decisions.

A key advantage of using the process of making cyber ID decisions on everything on the planet is that you can determine and report the probability that an unknown person is a known person. On one side of the full spectrum of such an ID decision, it is decided that the unknown person is a known person and the other side of the full spectrum determines that the unknown person is not a known person.

In this method, ID is determined by comparing cyber resources and predetermined objects to unknown objects.

This method uses predetermined criteria for all aspects for which a reference is available.

This method provides and uses all possible standard designation sets that represent all observations and all other aspects of the properties and processes.

As shown in Figure 1, in this method, using a predetermined criteria and cyber resources to provide a cyber ID decision to a person:

During the observation series 10 of the first series, the observed values of the first series are chased 10a, the characteristics of the observed values 10b are recognized, assigned assignments 10c, (30) are included in a first series of observations indicative of the observed person's observed cyber identity;

A call for at least one selected cyber ID determination indicating a cycle of the method;

During the observation series 20 of the second series, the observed values of the selected unknown observer are captured (20a), the characteristics of the observed values are recognized (20b), the observed values are assigned (20c) (40) are included in the second series of observations;

Use authors to control the operation of cyber resources to capture all possible observations and provide all available cyber resources;

All steps or parts of this method can be executed in any order;

In all available orders, this method can do the following:

a. Utilizing available observations and information from all sources;

b. Determine and use accuracy;

c. Determine and utilize the feasibility of available resources;

d. Capturing observations for the first or second series of observations;

e. Recognize useful properties from observations;

f. Using recognized properties;

g. Using at least one unique biological property to provide the person with an identity determination;

h. Assign assigned values to recognized properties;

i. Determine recognized properties, and use the order of these properties for comparison and / or determination;

j. During the matching step (50), matching the observed properties and observed values from the second series of observations with the corresponding observed values and recognized properties of the first series of observations;

k. In a comparison step 60, determining and providing a comparison result of the characteristics of the observations of the second series and the characteristics of the observations of the first series;

i. Choose which comparison result to use;

m. Using information to provide comparison results and / or cyber ID decision values;

n. In decision step 70, provide ID determination values including a determination value indicating a probability that the unknown person and the unknown identity are the same; And

o. Reporting all aspects of this method during the reporting phase (80).

It is also possible to continue the attempt to obtain possible ID determination values based on a predetermined criterion. If, for example, one can not determine the selectable decision values as a decision based on the comparison of the first characteristics of a person, the comparison and decision can be continued until all possible selected ID decision values are obtained.

Also, if the determination based on the result of comparing all possible characteristics of the identity imposter is not possible to make the selected identity determination possible, additional observations of at least one identity imposter may be added to the observations of the second series.

And may select a portion of the first series of observations that are repeated by the identity imposter to be included in the observations of the second series.

It may also change the behavior of the cyber resources used to capture observations that are likely to give the most assistance in providing an ID resolution value that is available.

DESCRIPTION OF THE INVENTION

The present invention relates to a method of combining current and future. To understand the present invention, it is necessary to understand the technical vision of the future as follows.

We live in a technologically relevant world where there are huge cyber resources. In this world, cyber resources are used from the full spectrum of cyber resources. The full spectrum of these cyber resources is expanding and over time our world will provide all possible cyber resources that humans want or need. At that time, all cyber resources will be highly dependent on the full spectrum cyber ID determination method of the present invention. This method of determining the cyber ID provides the person with 100% correct ID determination value as well as all cyber ID determination that the world needs.

In understanding the use of the cyber ID determination method of the present invention, it is helpful to look at the "Single-Point of Access Cyber System" introduced in the applicant's prior patent application PCT / US2011 / 056931.

An embodiment of the present invention will be described in which an unknown person and a known person provide one ID determination value that is the same person. One of the many criteria used to implement this process of the present invention is to make ID decisions by using as much of the entire resources available for the method as possible.

The known person has a portable computer. Only known persons can access the resources of the portable computer. The portable computer has a camera and a microphone for operating a program of a cyber ID determination method that is constructed by a person who is known and controlling the operation.

A vast collection of observations of the first series of known persons is available. Observations of the first series of known persons are made up of observations including known persons as observers.

The method of the present invention is initiated by an unknown person requesting the use of a known person's portable computer.

In the present invention, predetermined criteria are used. The criteria of the full spectrum may be determined by a known person, or may be defined as part of the operation of the cyber resources selected for use, as part of the method of the present invention, by other selection means, or by a combination thereof have.

These criteria may be who, when, where, what, why, how, etc., in relation to the method of the present invention and all aspects of its operation. Choosing a possible criterion is one of the most important features provided by cyber resources. In addition, this cyber ID determination method optimizes all of these cyber features and allows each user to select all aspects using this method.

In the method of the present invention using a predetermined criterion, an image of an unknown person is captured using a computer camera, and a face image of an unknown person is captured using a zoom function of the camera to provide an observation value that is most helpful in determining an ID determination value .

It also recognizes all sorts of useful properties from observations, using cyber resources and certain criteria.

It also uses the standard set of specified values to accurately and reliably represent all the features of this method and its behavior.

The use of the specified set of standard sets is essential for providing all of the possible observations from anywhere on the globe, or ID determination values, accurately and reliably, continuously while using cyber resources. It is also a strategy of the present invention to assign the standard assigned values to the recognized aspects of each observation and characteristic on an international basis on an extremely constant and accurate basis.

Designation values representing the face value of the unknown person including the designation value indicating the face image accurately and with high confidence are assigned and included in the observation values of the second series in the course of the present invention. Also, according to the criteria of the method of the present invention, designated values are accurately and continuously assigned, and designations indicating characteristics and observations recognized from observations of other series are used in the entire cyber environment according to the present invention.

The present invention makes use of predetermined criteria and cyber resources for matching specified values and characteristics representing the observations of the second series with designations representing observations of known persons in the observations of the first series.

At this time, a predetermined reference call is made to select and use the observation value from the observation values of the first series of known persons. In addition, one or more predetermined observations should be able to assist in accurately determining the identity determination value.

Through the incredible speed and power of the operation of cyber resources, a large number of criteria for all aspects of the cyber ID determination process can be collectively or selectively utilized.

In some cases, the observed value of the unknown person can be matched to the observed value of the first series of known persons using time, date, temperature, light source, brightness, a portion of the observed unknowns, .

And provides final ID determination values for all aspects of each observation when assigning assignments to recognized properties. Suppose, for example, that the person to be observed has a final ID determined to have a red hair or reddish brown eye, a special shape and ratio between the nodes when the fingers are folded and folded, and other features. At this time, all persons determined to have non-red hair or eyes that are not reddish brown can be excluded from other ID determination values. Also, based on certain criteria, it can be determined that an unknown person is not a known person if it is determined that the person does not have red hair or reddish brown eyes.

Using cyber resources and certain criteria, compare the matched observations of unknown persons with those of known persons. Any criteria can be used for this comparison.

The result of the comparison can be used to determine the identity as well as any useful information. Any criterion can be used for all aspects of the cyber ID decision values.

Unidentified people are wearing large sunglasses, which may interfere with eye comparison. Also, a known person has a small cut across a pea-sized point, and if the unknown is wearing a hat covering this part, the inherent biotic character of the known person will not be available for ID determination.

If the first set of matched property values does not meet the ID determination condition, the comparison result of the characteristic values continues to be used until the condition is satisfied or there are no other comparison results to be used.

In the latter case, taking into account that the unidentified person is wearing a hat and sunglasses, the unidentified person presents the blank left hand to the computer camera, the fingernail appears on the camera, and then slowly folds the hand.

Unidentified persons who wish to continue to access the computer's resources of a known person differ from those on the computer's screen. The camera of the computer is zoomed in to provide an optimal captured observation for use in the method of the present invention.

In this case, the ID and the determination value are provided by comparing the image of the hand and the finger with the movement locus and the image change.

Repeated observations can provide much more of the inherent biological traits that are used to determine identity than what is needed to determine 100% accuracy that an unknown person and a known person are the same person. A single fingertip is folded open and the recognized characteristic value portion is sufficient to make a selective decision.

Obtains the selected cyber ID decision, and then reports the ID decision using the cyber resource and the predetermined criteria.

This decision is reported in the history of keeping the method and in the programs that run the portable computer of a known person, so that a computer that is reported to be a known person can ensure that only the known person has access to the computer's resources.

The present invention will be more utilized in the future. Reference is made to the applicant's patent application "Single Point of Access Cyber System ". This patent application introduces the full and optimal use of accurate and reliable full spectrum cyber ID determination methods.

"Single Point of Access Cyber System" provides each individual with a remote access point of a cyber-connected computer. Each person obtains the source using any mobile / fixed remote terminal called an "input / output device" and makes a personal connection to its own remote computer.

It is an object of the present invention to utilize the remote point of the cyber-connected computer to access the private resources of the remote point of the cyber-connected computer only after determining with 100% accuracy that the unknown person is the same person as the dedicated user of the computer.

Using the ID Decision Resources, the Single Point of Access Cyber System provides a world of technology that provides the highest level of cyber security, cyber stability and cyber privacy.

The cycle of the method of the present invention is initiated by an identity impersonator who calls the remote point of the cyber access computer to the input / output, and the identity impersonator requests access to the personal resources of this computer. The point of the cyber-access computer is configured so that only one specific person can access the personal resource, and that the person is a legitimate user of the computer only after a determination of 100% accuracy is made. The computer requires the identity impersonator requesting the connection to repeat the selected phrase remotely from the first series of observations of the user of the computer.

In the present invention, any criterion can be used to repeat this phrase. For example, the phrase to be repeated may be selected in the input / output unit based on observations related to brightness, light source, temperature, motion of the unknown, motion of the input / output unit, and other factors.

Recognize the properties of this observation value and assign assigned values to all recognized properties. Specified values representing the observed values and the recognized characteristics are included in the second series of observations.

Next, a predetermined criterion is used which compares the designation values representing the repetition of the selected phrase, wherein the high and low of the speech graph of the computer user who originally repeated the phrase is matched to the high and low of the speech to be repeated. Then, when matched, the positions of the mouths in the various landmarks, such as the highest value of the graph, are compared.

This method of providing an identity determination value in an environment where the identity observer is actively associated with the observed value is less complex to use the method of determining 100% accuracy that the unknown person and the known person are the same, will be.

Determines that the identity impersonator requesting the connection is a dedicated user of the computer and ensures that only this user has access to the private resources of the remote point of the cyber-accessing computer.

The set of interesting ID decision criteria should continue in a cyber environment that connects a secure and secure person to his / her remote computer and personal cyber resources. For such a cyber environment, you must use a criterion that allows you to make a 100% correct ID decision before assuring access to your remote computer's resources, and you must also use a criterion that requires the same person to make an unmatched ID.

Therefore, the Single Point of Access Cyber System requires that the person be determined to be a dedicated user of the cyber-access computer before accessing the resource, and the person using the computer must be able to determine the cyber- And it should be determined that it is a dedicated user of the computer that is using it.

As an example of a method for determining an unchanging ID, an eye image of a user of the input / output device can be used. Based on the used criteria, the most recent eye image is compared with the previous eye image, making the observed user unchangeable frequency. This method is capable of determining IDs that are accurate even though they are weak. However, there may be other criteria that require complete comparisons and 100% correct ID decisions whenever a person using an input / output device naturally blinks.

Also, the points of the cyber-connected computer mainly operate by voice, and may provide a large amount of observation values of the first series as said by the dedicated user of the computer. Therefore, if a person wears a large sunglass which interferes with the determination of the ID using the eye, the observation value of the person's mouth can be used. The frequency of making decisions about whether or not they are observing the same mouth can capture observations about the intrinsic properties of the mouth and make a 100% correct ID decision when the person speaks, And compare the observation value of the dedicated user of the user with the portion of the person.

If the conventional strategy of determining the identity of the user of the I / O device is not available, all possible observations of the I / O user may be used to obtain a 100% correct decision that the user of the I / O device is a dedicated user.

Single Point of Access The Cyber System's Cyber-access Computer is a remote access computer that provides all the cyber resources that a dedicated user desires with personal security.

In the future, where all the cyber resources needed by humans are available, a person can use his remote cyber-access computer to navigate the alleys of large traditional markets and parts of the city that he has never visited before. The cyber-connection computer uses a cyber-ID determination method to help a dedicated user of the computer do this.

The cyber-access computer determines the geographical location of the person using the cyber-location resources, and then uses the common camera in the area to find the person first from the human group in the market, accurately ascertains whether the person is a dedicated user of the computer, When moving this market, ID and positioning are made as much as possible. The computer then uses the previous real-time information about this person to help this person find the alleys of the complex market.

While I can not observe anything while I continue to observe this person, there can be any part of this person's body or anything that is visible to me in the past to visually track the motion of the undocumented person moving around the market.

Another feature of this full spectral cyber-ID determination method is that not only human determinations but also all other recognizable biological and inanimate observations can also determine the identity of observed values for the environment.

When we have a cyber environment that provides all the resources we need, we can use this cyber resource to observe the rock wall to get accurate information about the location of the rock wall, the time the rock was built, the type of material, and the origin of the rock .

Single Point of Access A secure and secure personal technical environment that can be achieved by the Cyber System's full spectrum cyber ID determination method provides vast new cyber resources. Among these resources are devices that regularly monitor all aspects of personal health.

The voice operation of a cyber-connected computer can be used as a similar size input / output device that can be worn like a wristwatch. I / O devices with small screens are the easiest to use, even though they are inferior to large screen devices. All health monitoring is possible because it can be safely and personally monitored using a wristwatch type I / O and reported to a cyber-connected computer.

With these wrist-watch input / output devices, cyber-connected computers can use these health-monitoring values to report all the health information they need.

Using the security, safety and privacy provided by the full spectrum cyber ID determination method of the present invention and the resources of the single point of access cyber system, each person can safely provide all or part of his or her personal health information to the health care provider And healthcare providers can provide the best possible health care services.

We may also provide some or all of our own health information anonymously to others for health-related research.

Using a wristwatch-type monitoring device, each individual can safely and continuously observe his or her health, as well as use all the resources of his or her remote cyber-connected computer.

The conventional cyber ID measurement can not identify each individual by using the inherent biological characteristic of the individual that can not be copied or shared by another person, and thus the present invention can not provide a 100% correct cyber ID determination value as in the present invention . Therefore, the cyber ID determination method of the present invention can make an ID determination for an individual using an inherent biological characteristic of an individual that can not be repeated by another person or another device.

The full spectrum cyber ID determination method of the present invention, which is used to determine 100% correct IDs for an individual, can make a selective ID determination using the necessary number of individual unique biological characteristics. Many examples of individual biological characteristics are as described above. However, by combining the internal and external observation values of an individual, it is possible to make as many combinations as possible for an individual to make an ID determination. There may be one or more means of accurately comparing an unknown person with a known person with all of the unique biological characteristics of an individual already observed.

According to the present invention, an ID can be determined for all biological, non-biological, or environmental observations as well as for one person.

There are many decision values that are not enough to make the decision that the unknown person and the known person are the same person. For example, there are ID determination values such as hair color, warts, skin wrinkles, freckles, joint movements, scars,

There are also ID determination values that show the probability that a known person and an unknown person may be the same person. This determination may be useful in providing a probability value that can be made at any point using the method of the present invention. If there is more than one subject to observe for the second series of observations, everyone who is not the same person as the known person is excluded, expediting most of the people who were observed, increasing the lowest probability value.

The exact identity of the unknown person can be determined even when there is no knowledge of the identity person other than the designated value indicating the determination values of the person with the unknown person. For example, a database of observations of the first series is searched until the known person is found to be the same as the unknown, or until there is no more database record of the first series of observations about the known person to search for, It may be possible to determine who is an identity imposter using criteria that require unique combinations of characteristics.

The present invention utilizes useful information from all resources for ID determination. The most powerful information will be accurate information about who the identity is. If the information used by the present invention is correct, even if one database record is searched, ID determination can be made for the unknown unknown.

Conventional cyber security measures can not accurately determine who uses a cyber resource, and thus can not accurately control the connection of cyber resources. In the present invention, full-spectrum cyber ID determination is used. Information that the unknown person and the known person are the same may be the most powerful information. This ID determination ensures that only known people have access to their personal cyber resources. Because we make ID decisions using the unique biological characteristics of known people, we can not access the cyber resources of known people by using everything other than the inherent biological characteristics that can not be shared with others or copied.

One of the biggest concerns of business owners who make biologically based IDs on people is that their usage information, including cyber IDs, is stolen and misused. The full spectrum cyber ID determination method of the present invention utilizes the inherent biological characteristics that can not be shared or copied with others, as well as a combination of a number of unique biological characteristics of a person observed simultaneously over a period of time.

From the perspective of the use of cyber resources in the future, there will come a time when humans will take charge of cyber resources as a tool to expand the natural perception and observation capabilities of each human being.

In order to gain the advantage of expanding the natural abilities of human beings by using cyber resources, firstly, the connection relations of each individual in his / her mind and feelings and the connection relations of cyber resources should be closely matched.

Therefore, personal cyber information and resources should be configured so that no one other than the known person can access it. For example, we do not want others to unconsciously use information about my privacy for any reason, but also want to know about health records, financial information, geographic location, or any kind of cyber communication, commerce, education, I do not want others to access my personal cyber resources and information, including all kinds of cyber activities, including myself, and I do not want anyone to access personal cyber resources and information even after death. However, if the cyber ID determination method of the present invention is used, any part of the cyber information and resources of the individual can be shared with the correctly identified others.

Claims (19)

A method for determining a cyber ID, comprising:
Using at least one computer device with cyber resources selected from all possible cyber resources and with criteria that can be used in a method of determining a person's identity; Using ID deciding values of the full spectrum relating to the person, and selecting any ID deciding values from the ID deciding values of such full spectrum; Report the likelihood that the identity imposter is not the same person or the same person as the known person; Using observations of useful spectral properties including the biological characteristics of all the persons to be observed; Use selected information from all available information; It is provided for all of the observers from where they are not intentionally engaged to active participation; A method for determining a cyber ID that provides a one-time ID decision, an intermittent ID decision and a continuous ID decision, and provides a decision selected from the group of these one-time, intermittent and continuous ID decisions, comprising:
a. A first series of observation steps;
b. A second series of observation steps;
c. Matching step;
d. A comparison step;
e. Determining step; And
f. And a reporting step regarding all aspects of the cyber ID determination method,
In the observation series of the first series, at least one observation value is captured, the observation object is a known object, recognizes the characteristics of the observation object, assigns designation values indicating the observation value characteristic values, Is included in the first series of observations;
In the observation step of the second series, at least one observation value is captured, the observation object is an unknown object, recognizes the characteristics of the observation object, assigns designation values indicating the observation value and the property value, Values are included in the observation values of the second series;
In the matching step, the characteristics from the observations of the second series and the designation values representing the observations match the designation values representing the observations and characteristics from the first series of observations, and provide a matching result;
In the comparison step, the characteristics from the second series of observations and the designation values indicating the observations are compared with the designation values representing the characteristics and observations from the observations of the first series, and provide the result of the comparison;
In the determining step, the ID determination is performed using the result of the comparing step and one or both of the available information;
At least one step selected from the group consisting of the selected cyber resource criteria, information, observation characteristics, a first series of observation steps, a second series of observation steps, a matching step, a comparison step, a determination step and a reporting step using a computer device To make a one-time, intermittent or continuous ID decision; Wherein the ID determination is provided with a predetermined accuracy and is selected in the cyber ID determination of the full spectrum of all the observed objects. The method of claim 1, wherein observations of at least one of the intrinsic biological properties of the full spectrum intrinsic biological properties of the person to be observed are used, and the intrinsic biological properties are visual, audible, or otherwise observable ;
Wherein the native biological characteristics include one biological characteristic unique to the human and one or more biological characteristics that combine to form an intrinsic biological characteristic;
The cyber ID determination method simultaneously using observations of one or more biological characteristics of the person and using observations of one or more biological characteristics occurring over a period of time;
Said observations taking place over a period of time making use of observed changes that occur in the movement of said person;
Wherein said change comprises a change in said person's geographic change resulting from said move, a change in said person's appearance caused by said move, and a change in all other biological characteristics of said person resulting from said move . 2. The method of claim 1, further comprising: repeating, wherein at least some of the observations of the first series are repeatedly selected by the unknown, capturing the repetitive selection, And the information is included in the observed values. 2. The method of claim 1, further performing a previously selected cyber ID determination, wherein the ID determination values come from ID values of full spectra of all observations. 3. The method of claim 1, wherein the observations include a plurality of unidentified objects, providing ID determination values of the plurality of unidentified objects, wherein the ID determination values are determined based on a cyber ID determination of a full spectrum of a plurality of unidentified objects ≪ / RTI > 5. The method according to claim 4, further comprising the step of providing ID determination values of a surrounding environment observation value, wherein the ID observation values are selected from cyber ID determination values of the full spectrum of the surrounding environment . 5. The method according to claim 4, further comprising the step of providing ID determination values of a biological observation value, wherein the biological observation values are different from human biological observation values, Is selected from the cyber ID determination values of the full spectrum of the biological observation values other than the biological observation values of the cyber ID. 5. The method of claim 4, further comprising providing ID determination values of inanimate observation values, wherein the ID determination values are selected from cyber ID determination values of a full spectrum of inanimate observations. Determination method. 2. The method of claim 1, wherein the observations and information are derived from at least one other source than one or both of a first series of observations and a second series of observations. The method according to claim 1, wherein the observation values and information are selected from cyber observation values and cyber information of the full spectrum. The method according to claim 1, wherein the connection to all or a part of the cyber resources used for the cyber ID determination method using the computer device, the cyber resource and the selection criterion is accurately permitted and denied. The method according to claim 1, wherein connection to all or part of all cyber resources used in the cyber ID determination method using the computer device, cyber resources, and selection criteria is allowed and denied correctly. The method according to claim 1, wherein the operation of the cyber resource is operated to provide availability of the selected cyber resource. The method as claimed in claim 1, wherein the operation of one or both of the selected cyber resources and the cyber ID determination method is changed to help at least one cycle of the cyber ID determination method to obtain at least one ID determination value. 6. The method of claim 1, further comprising maintaining a process history. 2. The method of claim 1, wherein at least one observation value is derived from a source other than the first series of observations added to the first series of observations. The method of claim 1, wherein the cyber ID determination method is expandable, and includes a cyber ID determination values selected from the full spectrum cyber ID determination values and a portion necessary to provide all the cyber ID determination values. How to determine the ID. The method according to claim 1, wherein all or a part of the steps can be performed in any order. The method of claim 1, further comprising a standard set of values indicating all aspects of the cyber ID determination method accurately and continuously.

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