Short imagery task (SIT) research method
First Claim
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1. A system for determining a measure of response of an audience to a target stimulus comprising:
- at least one display device to display a first set of stimuli to the audience;
at least one sensor to measure at least two biometric parameters of a plurality of participants in the audience measured during a plurality of exposures of the first set of stimuli to each participant in the audience, wherein the first set of stimuli comprise;
a first series of standardized stimuli, wherein each standardized image is followed by a null exposure,a first target stimulus, wherein the target stimulus is followed by a null exposure,a second series of standardized stimuli, wherein each standardized image is followed by a null exposure, andre-exposure to each target stimulus;
at least one self-report device to collect self-report responses from the plurality of members of the audience;
a first processor;
memory connected to the first processor storing program instructions and data;
program instructions stored in the memory and executable by the first processor to;
(1) receive data from the at least one sensor, the data representative of the at least two biometric parameters measured during the plurality of exposures of the first set of stimuli to each participant in the audience;
(2) determine response synchrony of the audience by;
stamping the data from the at least one sensor for each participant with a time indicator and a participant identifier;
synchronizing the data from the at least one sensor for each participant with the first presentation;
measuring a rate of change of the data from the at least one sensor during a first time period in the first presentation; and
standardizing the data received from the at least one sensor for the audience based on the rate of change during the first time period, the standardized data representative of the response synchrony;
(3) determine an Emotional Impact Score by calculating a single physiological score for each participant based on the received data representative of the at least two biometric parameters, wherein the single physiological score comprises an integration across channels of the at least two biometric parameters; and
(4) calculate an Explicit Emotion Score for the audience using each participant'"'"'s response to the at least one self-report question; and
a second processor, the first processor to transmit the Emotional Impact Score and the Explicit Emotion Score to the second processor, the second processor to;
plot the Emotional Impact Score and the Explicit Emotion Score on a biphasic graph to predict a level of engagement of a population larger than the audience;
estimate an effectiveness of the first set of stimuli based on the level of engagement; and
select at least one of (1) elements of the first set of stimuli or (2) a second set of stimuli for subsequent presentation based on the estimate.
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Abstract
The present invention relates to biologically and behaviorally based methods of measuring audience response to a short stimulus.
681 Citations
21 Claims
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1. A system for determining a measure of response of an audience to a target stimulus comprising:
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at least one display device to display a first set of stimuli to the audience; at least one sensor to measure at least two biometric parameters of a plurality of participants in the audience measured during a plurality of exposures of the first set of stimuli to each participant in the audience, wherein the first set of stimuli comprise; a first series of standardized stimuli, wherein each standardized image is followed by a null exposure, a first target stimulus, wherein the target stimulus is followed by a null exposure, a second series of standardized stimuli, wherein each standardized image is followed by a null exposure, and re-exposure to each target stimulus; at least one self-report device to collect self-report responses from the plurality of members of the audience; a first processor; memory connected to the first processor storing program instructions and data; program instructions stored in the memory and executable by the first processor to; (1) receive data from the at least one sensor, the data representative of the at least two biometric parameters measured during the plurality of exposures of the first set of stimuli to each participant in the audience; (2) determine response synchrony of the audience by; stamping the data from the at least one sensor for each participant with a time indicator and a participant identifier; synchronizing the data from the at least one sensor for each participant with the first presentation; measuring a rate of change of the data from the at least one sensor during a first time period in the first presentation; and standardizing the data received from the at least one sensor for the audience based on the rate of change during the first time period, the standardized data representative of the response synchrony; (3) determine an Emotional Impact Score by calculating a single physiological score for each participant based on the received data representative of the at least two biometric parameters, wherein the single physiological score comprises an integration across channels of the at least two biometric parameters; and (4) calculate an Explicit Emotion Score for the audience using each participant'"'"'s response to the at least one self-report question; and a second processor, the first processor to transmit the Emotional Impact Score and the Explicit Emotion Score to the second processor, the second processor to; plot the Emotional Impact Score and the Explicit Emotion Score on a biphasic graph to predict a level of engagement of a population larger than the audience; estimate an effectiveness of the first set of stimuli based on the level of engagement; and select at least one of (1) elements of the first set of stimuli or (2) a second set of stimuli for subsequent presentation based on the estimate. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9)
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10. A computer program product for determining a measure of response of an audience to a target stimulus comprising a non-transitory computer readable medium storing computer program instructions executable by a first processor to perform:
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(1) measuring, using at least one sensor, at least two biometric parameters of a plurality of participants in the audience measured during a first presentation displayed by a display device to the audience presented over a period of time, the first presentation including a first series of standardized stimuli, at least one target stimulus, and a second series of standardized stimuli, and, using the at least one sensor, the at least two biometric parameters measuring during a re-exposure of the audience to the at least one target stimulus; (2) receiving data from the at least one sensor, the data including data representative of the at least two biometric parameters collected during the first presentation to the audience; (3) determining response synchrony of the audience by; stamping the data from the at least one sensor for each participant with a time indicator and a participant identifier; synchronizing the data from the at least one sensor for each participant with the first presentation; measuring a rate of change of the data from the at least one sensor during a first time period in the first presentation; and standardizing the data received from the at least one sensor for the audience based on the rate of change during the first time period, the standardized data representative of the response synchrony; (4) determining an Emotional Impact Score by calculating a single physiological score for each participant based on the received data representative of the at least two biometric parameters; (5) calculating an Explicit Emotion Score by;
collecting and recording from the at least one self-report device for each participant a response to at least one self-report question during the re-exposure, wherein the at least one self-report question comprises a level of likeability of the at least one target stimulus, a valence of emotional response to the at least one target stimulus, an interest for the at least one target stimulus, or a combination thereof, wherein the Explicit Emotion Score comprises a single score comprising a combination of the responses to each of the at least one self-report question; and(6) transmitting the Emotional Impact Score and the Explicit Emotion Score to a second processor, wherein the second processor is to; plot the Emotional Impact Score and the Explicit Emotion Score on a biphasic graph to predict a level of engagement of a population larger than the audience; estimate an effectiveness of the first presentation based on the level of engagement; and select at least one of (1) elements of the first presentation or (2) a second presentation for subsequent presentation based on the estimate.
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11. A computer program product for determining a measure of response of an audience to a target stimulus comprising a non-transitory computer readable medium storing computer program instructions executable by a first processor to perform:
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(1) measuring, using at least one sensor, at least two biometric parameters of a plurality of participants in the audience measured during a plurality of exposures of a first set of stimuli to each participant in the audience, wherein the first set of stimuli comprise; a first series of standardized stimuli, wherein each standardized image is followed by a null exposure, a first target stimulus, wherein the target stimulus is followed by a null exposure, a second series of standardized stimuli, wherein each standardized image is followed by a null exposure, and re-exposure to each target stimulus; (2) receiving data representative of at least two biometric parameters measured during the plurality of exposures of the first set of stimuli to each participant in the audience; (3) determining response synchrony of the audience by; stamping the data from the at least one sensor for each participant with a time indicator and a participant identifier; synchronizing the data from the at least one sensor for each participant with the first presentation; measuring a rate of change of the data from the at least one sensor during a first time period in the first presentation; and standardizing the data received from the at least one sensor for the audience based on the rate of change during the first time period, the standardized data representative of the response synchrony; (4) determining an Emotional Impact Score by calculating a single physiological score for each participant based on the received data representative of the at least two biometric parameters, wherein the single physiological score comprises an integration across channels of the at least two biometric parameters; (5) calculating an Explicit Emotion Score for the audience using each participant'"'"'s response to the at least one self-report question; and (6) transmitting the Emotional Impact Score and the Explicit Emotion Score to a second processor, wherein the second processor is to; plot the Emotional Impact Score and the Explicit Emotion Score on a biphasic graph to predict a level of engagement of a population larger than the audience; estimate an effectiveness of the first set of stimuli based on the level of engagement; and select at least one of (1) elements of the first set of stimuli or (2) a second set of stimuli for subsequent presentation based on the estimate.
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12. A system for determining a measure of response of an audience to a target stimulus comprising:
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at least one display device to display a first presentation to the audience; at least one sensor to measure at least two biometric parameters of a plurality of participants in the audience measured during the first presentation displayed by the display device to the audience presented over a period of time, the first presentation including a first series of standardized stimuli, at least one target stimulus, and a second series of standardized stimuli, and measured during a re-exposure of the audience to the at least one target stimulus; at least one self-report device to collect self-report responses from the plurality of members of the audience; a first processor; memory connected to the first processor storing program instructions and data; program instructions stored in the memory and executable by the first processor to; (1) receive data from the at least one sensor, the data including data representative of the at least two biometric parameters measured during the first presentation to the audience; (2) determine response synchrony of the audience by; stamping the data from the at least one sensor for each participant with a time indicator and a participant identifier; synchronizing the data from the at least one sensor for each participant with the first presentation; measuring a rate of change of the data from the at least one sensor during a first time period in the first presentation; and standardizing the data received from the at least one sensor for the audience based on the rate of change during the first time period, the standardized data representative of the response synchrony; (3) determine an Emotional Impact Score by calculating a single physiological score for each participant based on the received data representative of the at least two biometric parameters; and (4) calculate an Explicit Emotion Score by;
collecting and recording from the at least one self-report device for each participant a response to at least one self-report question during the re-exposure, wherein the at least one self-report question comprises a level of likeability of the at least one target stimulus, a valence of emotional response to the at least one target stimulus, an interest for the at least one target stimulus, or a combination thereof, wherein the Explicit Emotion Score comprises a single score comprising a combination of the responses to each of the at least one self-report question; anda second processor, the first processor to transmit the Emotional Impact Score and the Explicit Emotion Score to the second processor, the second processor to; plot the Emotional Impact Score and the Explicit Emotion Score on a biphasic graph to predict a level of engagement of a population larger than the audience; estimate an effectiveness of the first presentation based on the level of engagement; and select at least one of (1) elements of the first presentation or (2) a second presentation for subsequent presentation based on the estimate. - View Dependent Claims (13, 14, 15, 16, 17, 18, 19, 20, 21)
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Specification