STRESS STATE EVALUATION APPARATUS, STRESS STATE EVALUATION SYSTEM, AND NON-TRANSITORY COMPUTER READABLE MEDIUM STORING PROGRAM
A stress state evaluation apparatus includes an acquisition section that acquires living body data from each individual included in a group, a first specification section that specifies a non-stress state of each individual based on the living body data acquired from the acquisition section, an adjustment section that adjusts a determination reference of a stress state of each individual based on the non-stress state of each individual specified in the first specification section, a second specification section that specifies the stress state of each individual using the determination reference adjusted by the adjustment section based on the living body data acquired from the acquisition section, and an operation section that operates a stress state of the group based on the stress state, which is specified by the second specification section, of each individual.
1 . A stress state evaluation apparatus comprising:
an acquisition section that acquires living body data from each individual included in a group;
a first specification section that specifies a non-stress state of each individual based on the living body data acquired from the acquisition section;
an adjustment section that adjusts a determination reference of a stress state of each individual based on the non-stress state of each individual specified in the first specification section;
a second specification section that specifies the stress state of each individual using the determination reference adjusted by the adjustment section based on the living body data acquired from the acquisition section; and
an operation section that operates a stress state of the group based on the stress state, which is specified by the second specification section, of each individual.
2 . The stress state evaluation apparatus according to claim 1 ,
wherein the first specification section specifies the non-stress state based on a result acquired by performing a stress state investigation.
3 . The stress state evaluation apparatus according to claim 2 ,
wherein the first specification section specifies the non-stress state based on the result acquired by performing the stress state investigation for each predetermined period.
4 . The stress state evaluation apparatus according to claim 2 ,
wherein the first specification section specifies the non-stress state based on the result acquired by performing the stress state investigation in a case where the living body data acquired by the acquisition section changes.
5 . The stress state evaluation apparatus according to claim 2 ,
wherein the first specification section specifies the non-stress state by learning the result acquired by performing the stress state investigation.
6 . The stress state evaluation apparatus according to claim 3 ,
wherein the first specification section specifies the result acquired by performing the stress state investigation and specifies the non-stress state.
7 . The stress state evaluation apparatus according to claim 4 ,
wherein the first specification section specifies the result acquired by performing the stress state investigation and specifies the non-stress state.
8 . The stress state evaluation apparatus according to claim 2 ,
wherein the first specification section specifies the non-stress state with the living body data which is acquired from the acquisition section while the individual is sleeping.
9 . The stress state evaluation apparatus according to claim 1 , further comprising:
an output section that outputs an operation result acquired through an operation performed by the operation section.
10 . The stress state evaluation apparatus according to claim 2 , further comprising:
an output section that outputs an operation result acquired through an operation performed by the operation section.
11 . The stress state evaluation apparatus according to claim 3 , further comprising:
an output section that outputs an operation result acquired through an operation performed by the operation section.
12 . The stress state evaluation apparatus according to claim 4 , further comprising:
an output section that outputs an operation result acquired through an operation performed by the operation section.
13 . The stress state evaluation apparatus according to claim 5 , further comprising:
an output section that outputs an operation result acquired through an operation performed by the operation section.
14 . The stress state evaluation apparatus according to claim 6 , further comprising:
an output section that outputs an operation result acquired through an operation performed by the operation section.
15 . The stress state evaluation apparatus according to claim 9 ,
wherein the output section performs output to display the operation result.
16 . The stress state evaluation apparatus according to claim 15 ,
wherein the output section performs output to display the number of people in the stress state in the group.
17 . The stress state evaluation apparatus according to claim 15 ,
wherein the output section performs output to display an intensity of the stress state in the group.
18 . The stress state evaluation apparatus according to claim 15 ,
wherein the output section performs output to display a time-series graph.
19 . A stress state evaluation system comprising:
a detection device that is mounted on each individual included in a group and detects living body data;
a server that is connected to the detection device; and
a display device that displays an output from the server,
wherein the server includes
an acquisition section that acquires the living body data from the detection device,
a first specification section that specifies a non-stress state of each individual based on the living body data acquired from the acquisition section,
an adjustment section that adjusts a determination reference of a stress state of each individual based on the non-stress state of each individual acquired from the first specification section,
a second specification section that specifies the stress state of each individual using the determination reference adjusted by the adjustment section based on the living body data acquired from the acquisition section,
an operation section that operates a stress state of the group based on the stress state, which is specified by the second specification section, of each individual, and
an output section that outputs an operation result of the operation section to be displayed on the display device.
20 . A non-transitory computer readable medium storing a program causing a computer to perform a process comprising:
acquiring living body data from each individual included in a group;
specifying a non-stress state of each individual based on the acquired living body data;
adjusting a determination reference of a stress state of each individual based on the non-stress state of each specified individual;
specifying the stress state of each individual using the adjusted determination reference; and
operating a stress state of the group based on the specified stress state of each individual.