US 8,688,505 B1Granted

Method for continuous sampled satisfaction polling

AssigneeBoundless Network

InventorJeremy Kraybill

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Abstract

Systems and methods for polling populations. In one embodiment, a method includes forming a respondent pool (which can be, 10% of the population), and polling the pool at first time in a roiling period. The method also includes randomly replacing a fraction (20% in some embodiments) of the respondents with respondents who were previously polled more than one rolling period ago. The poll is then repeated and the results compared with the results from about one rolling period before. The population can be small enough that the results tend to exhibit skew and kurtosis. In some embodiments, the skew can be outside of the range of −0.8 to 0.8 and the kurtosis can be either leptokurtic or platykurtic. The organization taking the poll can have an ongoing relationship with the population. Some embodiments include an order taking system for a merchant (such as a promotional goods merchant) along with a polling system.

Claims19

Dependent claims

A method of continuous polling of a population, the method comprising:

at a polling computer coupled to a network and having a processor and a memory storing a set of instructions executable by the processor, performing the steps of:
storing in the memory a first respondent pool from a population, wherein each respondent in the first respondent pool is selected based on a relationship with the operator of the polling computer;
polling a first set of respondents in the first respondent pool, wherein the number of respondents in the first set of respondents is calculated as:
N
=
S
*
P
I
,
wherein S is the sample size, P is the population size, and I is a rolling period formed with one or more units, wherein the number of units in the rolling period is less than or equal to the number of respondents in the respondent pool, wherein polling includes:
sending, by the polling computer, a poll with a set of questions;
receiving, by the polling computer, a first set of responses;
analyzing, by the polling computer, the first set of responses to determine a statistical distribution of the first set of responses;
storing, by the polling computer, the analysis of the first set of responses in the memory;
replacing a portion of the first set of respondents with a set of replacement respondents from an unpolled portion of the population to form a second respondent pool;
polling the second respondent pool;
receiving, by the polling computer, a second set of responses;
analyzing, by the polling computer, the second set of responses to determine a statistical distribution of the second set of responses;
comparing the analysis of the first set of responses to the analysis of the second set of response to determine a statistical relationship;
and
storing, by the polling computer, the analysis of the first set of responses, the analysis of the second set of responses, and the statistical relationship in the memory.

19 more elements

A system for continuous polling of a population, the system comprising:

a polling computer having a processor and coupled to a network;
and
a memory storing a first respondent pool selected from a population, each respondent in the population having a relationship with the operator of the polling computer, wherein the polling computer is configured to:
poll a first set of respondents in the first respondent pool, wherein the number of respondents in the first set of respondents is calculated as:
N
=
S
*
P
I
,
wherein S is the sample size, P is the population size, and I is a rolling period formed with one or more units, wherein the number of units in the rolling period is less than or equal to the number of respondents in the respondent pool, wherein polling includes:
sending, by the polling computer, a poll with a set of questions;
receiving, by the polling computer, a first set of responses;
analyzing, by the polling computer, the first set of responses to determine a statistical distribution of the first set of responses;
storing, by the polling computer, the analysis of the first set of responses in the memory;
replacing a portion of the first set of respondents with a set of replacement respondents from an unpolled portion of the population to form a second respondent pool;
polling the second respondent pool;
receiving, by the polling computer, a second set of responses;
analyzing, by the polling computer, the second set of responses to determine a statistical distribution of the second set of responses;
comparing the analysis of the first set of responses to the analysis of the second set of response to determine a statistical relationship;
and
storing, by the polling computer, the analysis of the first set of responses, the analysis of the second set of responses, and the statistical relationship in the memory.

20 more elements

A computer program product comprising a non-transitory tangible storage medium storing computer program instructions executable to perform a method of continuous polling of a population, comprising:

storing in a memory on a polling computer a first respondent pool from a population, wherein each respondent in the first respondent pool is selected based on a relationship with the operator of the polling computer;
polling a first set of respondents in the first respondent pool, wherein the number of respondents in the first set of respondents is calculated as:
N
=
S
*
P
I
,
wherein S is the sample size, P is the population size, and I is a rolling period formed with one or more units, wherein the number of units in the rolling period is less than or equal to the number of respondents in the respondent pool, wherein polling includes:
sending a poll with a set of questions;
receiving a first set of responses;
analyzing the first set of responses to determine a statistical distribution of the first set of responses;
storing the analysis of the first set of responses in the memory;
replacing a portion of the first set of respondents with a set of replacement respondents from an unpolled portion of the population to form a second respondent pool;
polling the second respondent pool;
receiving, by the polling computer, a second set of responses;
analyzing, by the polling computer, the second set of responses to determine a statistical distribution of the second set of responses;
comparing the analysis of the first set of responses to the analysis of the second set of response to determine a statistical relationship;
and
storing, by the polling computer, the analysis of the first set of responses, the analysis of the second set of responses, and the statistical relationship in the memory.

18 more elements

Dependencies are inferred from the claim text.