CN106355010A - Self-service cognition evaluation apparatus and method - Google Patents
Self-service cognition evaluation apparatus and method Download PDFInfo
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- CN106355010A CN106355010A CN201610769940.6A CN201610769940A CN106355010A CN 106355010 A CN106355010 A CN 106355010A CN 201610769940 A CN201610769940 A CN 201610769940A CN 106355010 A CN106355010 A CN 106355010A
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Abstract
The invention discloses a self-service cognition evaluation apparatus and a self-service cognition evaluation method. The self-service cognition evaluation apparatus comprises a perception input system, a tracking system, a processing system and a virtual display; the perception input system is used for perceiving auditory sense, force sense and action of patients; the tracking system is used for catching the actions of the patients; the processing system is used for processing relative data and performing digital quantification on the related data by combining with virtual interfaces; the virtual display is used for displaying scene pictures made according to the scale used for measuring cognition and guiding customers to complete classification evaluation. The virtual reality technology is combined and the cognition classification evaluation scale is infused to assist doctors to make judgment on cognition of the patients, the situation of different judgment results brought by different judgment criteria of different doctors having subjective factors is reduced, and precious medical resources are saved; in addition, with the apparatus and the method, self-service evaluation for people needing to be tested or in the treatment of rehabilitation can be performed, and understanding of diseases and controlling on the same of the patients are facilitated.
Description
Technical field
The present invention relates to cognitive assessment technology field, more particularly, to a kind of cognitive disorder for leading to because of neural class disease
A kind of self-service assessment apparatus and method.
Background technology
Cognition is referred to as recognizing, and refers to the process of the extraneous things of people's understanding, or perhaps to acting on the sensation of people
The extraneous things of organ carries out the process of Information procession.It includes sensation, consciousness, memory, thinking, the imagination, speech, refers to people
The process of recognition activities, that is, individual sensory signal is received, detection, conversion, brief, synthesis, coding, storage, extract, rebuild,
The information processing process of concept formation, judgement and Resolving probiems.Progress into aging stage, current China with China
Old people's ad prevalence is 3%～7% within more than 65 years old, calculates according to this, China there are about ad patient more than 600 ten thousand at present.Estimated
2 will be exceeded within 2050,0,000,000, ad disability rate is high, patient's late period loses independent living ability, and need other people to look after completely.
The patient that cognitive disorder patient is dull-witted has become a very serious social problem of our countries now.For clinical doctor
For, treat cognitive disorder, first have to can objective assessment cognitive disorder, and closed according to the degree of Patients ' Cognitive obstacle
Reason medication, thus play more preferable therapeutic effect.
When medical, doctor is frequently necessary to cognitive to overall patient the neural class disease patient such as dull-witted at present and cognitive disorder
Function is comprehensively understood, this plays the role of important to cognitive disorder and dull-witted diagnosis and etiological analysis.Main at present
Scale has mmse, moca, drs, adas-cog etc..But in actual assessment, the experience of doctor and subjective factorss impact are larger,
Also have the more difficult enforcement of uniformity of the evaluation criteria of different doctors, and each assessment time is longer, needs to expend larger doctor
Treat resource to complete to assess.
Content of the invention
For weak point present in above-mentioned technology, the present invention provide a kind of for lead to because of neural class disease recognize
Know the apparatus and method of a kind of self-service assessment of obstacle, with the cognitive assessment judging patient that rapidly assists a physician.
In order to achieve the above object, the present invention discloses a kind of device of self-service cognitive assessment, comprising:
For perceive and identify the audition of patient, power feel and action perception input system；
For following the action of patient, and the tracing system that the action of patient is caught；
For processing the described related data of perception input system input and the related data of tracing system input, complete to measure
Cognitive scale model virtual, graphical, related data is carried out with the processing system of digital quantization；And
The scene picture being made according to the cognitive scale of measurement for display, guiding client completes the virtual aobvious of related classified estimation
Show device.
Wherein, described perception input system is provided with the sensor device of sensing dynamics, displacement, heart beating and temperature, surveys
During amount, each joint of the patient that different sensor devices is worn respectively and test position, and sensor device will perceive
Related data be simultaneously communicating in tracing system and processing system；Described joint and test position include head, cheek, shoulder
Wing, chest, arm, elbow, wrist, back, finger, knee or ankle.
Wherein, described tracing system includes head-tracking device and action follow-up mechanism, and described head-tracking device sets
It is equipped with virtual monitor and voice device, described virtual monitor is located at the position at the moment of patient；Described voice device and process
System connection carries out speech recognition, and described action follow-up mechanism is worn on a patients body, and head-tracking device follows the trail of dress with action
Put and be connected with processing system simultaneously；Action follow-up mechanism is mechanical type, optical profile type, acoustics formula, electromagnetic type, inertial navigation formula or dynamic
Make sensing type.
Wherein, described processing system includes virtual interface judgment means, and it is defeated that described virtual interface judgment means combine perception
Enter the scene of system, the data of tracing system and virtual interface, carry out data processing, whether just to judge the action message capturing
Really；Described processing system also includes data randomizer, and relevant information is quantified to be converted into data by described data randomizer, and
Contrasted with the assessment table model pre-setting, get corresponding results, shown by virtual monitor.
Wherein, described processing system also includes communication device, and described communication device and client are communicated, and will draw
Data be real-time transmitted to client.
The present invention also provides a kind of method of self-service cognitive assessment, comprising:
To the audition of patient, power is felt and action perceives, and identifies and digitized processing；
Follow the action of patient, and the action to patient catches, and data transfer is gone out；
The related data that described perception input system is inputted and the related data of tracing system input, combined with virtual interface,
Related data is carried out with the processing system of digital quantization；And
The scene picture that display makes according to the cognitive scale of measurement, guiding client completes classified estimation.
Wherein, different sensor devices is worn on respectively each joint and the test position of patient, described joint and
Test position includes head, cheek, shoulder, chest, arm, elbow, wrist, back, finger, knee or ankle, and induction force
The related data of degree, displacement, heart beating and temperature；Sensor device will perceive positional information and be sent in tracing system, be left
Information transmission in processing system.
Wherein, after patient wears the head-tracking device being provided with virtual monitor and action follow-up mechanism, by chasing after
Track system obtains the head of patient and the change in location information of corporal parts, and the voice device on head-tracking device is known
Other voice messaging, voice messaging and change in location information transmission are to processing system by being built in scale in processing system
Contrast, thus assess judge to mistake.
Wherein, described processing system combines the related data of perception input system, the data of tracing system and virtual interface,
Carry out data processing, judge whether the action message capturing is correct, and relevant information is quantified conversion by described data handling system
Become data, and contrasted with the assessment table model pre-setting, get corresponding results, shown by virtual monitor
Show.
Wherein, described processing system and client are communicated, and the diagnostic result drawing is passed to by processing system in real time
Client, client also carries out data renewal to processing system.
The invention has the beneficial effects as follows:
Compared with prior art, the present invention combine virtual reality technology, merge traditional cognitive classified estimation scale, assistance
Doctor judges to the cognition of patient, and reduction brings because the subjective factorss of doctor are inconsistent with the judgment criteria of different doctors
The different situation of judged result, has saved the medical resource of preciousness, and, using this covering device and method, can also allow and need
People the to be tested or people in carrying out therapy rehabilitation is self-service is estimated, is conducive to oneself to the understanding of the state of an illness and control,
He is not only as a kind of equipment of assessment simultaneously, is also used as a kind of equipment recovering cognitive training, a tractor serves several purposes,
It is additionally provided with communication device on self-service cognition apparatus for evaluating, conveniently training result or test result are transmitted directly to doctor,
To facilitate doctor to carry out monitor in real time and the adjustment of orientation treatment.
Brief description
Fig. 1 is the embodiment of the present invention self-service cognition apparatus for evaluating overall structure diagram；
Fig. 2 is the internal module schematic diagram of the embodiment of the present invention self-service cognition apparatus for evaluating；
Fig. 3 is the embodiment of the present invention self-service cognition apparatus for evaluating workflow diagram.
Main element illustrates:
10th, perception output/input system 20, tracing system
30th, processing system 40, virtual reality device
50th, client 11, sensor device
21st, head-tracking device 22, action follow-up mechanism
31st, virtual interface judgment means 32, data randomizer
33rd, communication device.
Specific embodiment
In order to more clearly state the present invention, below in conjunction with the accompanying drawings the present invention is further described.
The main design thought of the present invention is to be used for measuring the scale of cognition according to mmse, moca, drs, adas-cog etc.
Carry out taxonomic revision again, and the content transformation of these scales is 3d picture, and carry out scene also in virtual monitor 40
Former reproduction, three-dimensionally shows, such display mode, compared with prior art by way of plane shows, closer to actual
Living scene, is more beneficial for judgement and the cognition of patient, and the accuracy rate of judgement is higher.
Refer to Fig. 1-Fig. 2, in the present embodiment, self-service cognition apparatus for evaluating includes perceiving input system 10, follows the trail of system
System 20 and processing system 30, virtual monitor 40 is connected with processing system 30, and perception input system 10 is provided with multiple sensings
Device device 11, this sensor device 11 includes the sensor device 11 of sensing dynamics, displacement, heart beating and temperature, can also basis
Different scenes adds different sensor devices 11, in the present embodiment, detects cognitive competence, mainly detects listening of people
The reaction energy such as feel, tactile, power feel, action, in the present embodiment, scenes of these detections is passed through picture reproduction, then is suffering from
The sensor device 11 different with test position setting of different joint with person, with the position letter of each action to patient
Breath be monitored it is generally the case that joint and test position include head, cheek, shoulder, chest, arm, elbow, wrist,
Back, finger, knee or ankle, these positions are most basic several positions during human motion, the sensor dress of head
Put 11 it can be determined that the motion change of head, the sensor of cheek can detect the change of facial expression, the sensing of chest
Device, can detect response situation in carrying out test process for the patient, and whether mood is tranquil or exciting, arm, handss
The joints such as elbow, wrist, back, finger, knee or ankle, may be incorporated for measuring change in carrying out test process for the patient
Change.
In the present embodiment, sensor device 11 is attached with processing system 30 and tracing system 20 simultaneously, processing system
System 30 receives the induced signal of sensor device 11, and tracing system 20 includes head-tracking device 21 and action follow-up mechanism
22, head-tracking device 21 is a virtual reality device worn in the present embodiment, and virtual monitor 40 is just arranged on
In this virtual reality device, by being worn on the head virtual reality device, patient can see virtual monitor 40 up conversion
Scene, and hear the sound supporting with scene, and perceive sensor device 11 and virtual reality device on input system 10
Connect, the data that virtual reality device is come according to perception input system 10 transmission, judge that the picture showing at that time needs to execute
Action whether execute and complete, when it is completed, virtual monitor 40 shows next scene, when not completed, and is not detected by
When perception input system 10 has new action data to transmit, picture stagnates motionless, the completing of wait action, when having detected
The related data transmission of action executing is come in, but this action is incorrect, is also carried out next scene, and no matter the action of patient is being just
Whether true, all by related information transmission to processing system 30, the information transmitting therewith is additionally included in virtual reality device
This scene carry out during temporal information.Voice device (not shown), Ke Yishou are additionally provided with this virtual reality device
The sound that collection patient sends, sound is carried out speech recognition, is converted into digital information and passes to processing system 30 by voice device, place
This digital information is contrasted by reason system 30 with the just data in scale, to judge patient's answer correctness.
In the present embodiment, tracing system 20, except head-tracking device 21, also includes action follow-up mechanism 22, action chases after
Track device 22 be a kind of device based on motion capture, and motion capture include mechanical type, optical profile type, acoustics formula, electromagnetic type,
Inertial navigation formula or action sensing type trace mode, to follow the trail of the head of patient and the action of corporal parts, and by correlation
Data transfer is processing system 30, and this set action follow-up mechanism 22 is the further essence to the sensor device 11 in input system
True tracking and supplement, the action that action follow-up mechanism 22 captures combines the action command of perception input equipment, and action is entered
The secondary judgement of row, judgement precisely higher, when patient finishes an action, have passed through sensor device 11 and action is followed the trail of
After the dual judgement of device 22, the virtual monitor 40 on head-tracking device 21 carries out cutting of next pictured scene again
Change.
In the present embodiment, the correctness of action executing, whether the scene on virtual monitor 40 switches, actually
Carried out by processing system 30.Processing system 30 includes virtual interface judgment means 31 data quantization device 32, virtual
Interface judgment means 31 execute the device of above-mentioned described whether handoff scenario, and the switching of scene is by moving to patient
Come to carry out, through above-mentioned introduction, the relevant information of patient's execution action is mainly come as three devices for the judgement making information,
It is respectively sensor device 11, head-tracking device 21 and action follow-up mechanism 22, and sensor device 11 is mainly to patient
Action change preliminary judgement, tentatively judge whether to perform action, and by this signal transmission to processing system 30, process
After virtual interface judgment means 31 in system 30 have received the executed information of action, no matter action is to being wrong, all drives
Dynamic virtual monitor 40 switches next scene, when virtual interface judgment means 31 do not receive any action command, virtual boundary
Face judgment means 31 do not send any instruction, the interface on virtual monitor 40 also stagnate motionless, wait instruction issue.
In the present embodiment, processing system 30 also includes data randomizer 32, and data randomizer 32 is i.e. to above-mentioned three
The Accurate Analysis of the device of individual capturing motion and judgement, data randomizer 32 by receive sensor device 11, head-tracking
The actuating signal of device 21 and action follow-up mechanism 22 carries out digital quantization, and is imported with aobvious with virtual in data randomizer 32
Show the supporting criterion and quantity table in interface in device 40, data randomizer 32 is to the action message after digital quantization and criterion and quantity
After table is contrasted, carry out, to wrong judgement and final classified estimation, being shown by virtual monitor 40.For head
The voice of the voice device income in portion's follow-up mechanism 21, after carrying out speech recognition, passes to the data in processing system 30
The judgement that quantization device 32 is corrected errors.
In the present embodiment, processing system 30 further comprises communication device 33, this communication device 33 and client
50 communications, client 50 can be passed through this communication device 33, carry out data transmission, carry out complete monitoring to the test process of patient
Check, and the final result of patient is checked, to facilitate the state of an illness to patient to carry out real-time tracking, in addition, by communication
Device 33, can also be updated to the scale of processing system 30, so that the content in virtual monitor 40 is updated, should
Communication device 33 is not limited to wire communication device 33 or wireless telecommunication devices 33 or the two has
Compound communication device 33, when using telecommunication devices 33 or compound communication device 33, corresponding client 50 is
Terminal Server Client 50.
In sum, the concrete methods of realizing of the present invention can be as shown in figure 3, be summarized as follows:
S1, import the cognitive scale of measurement to processing system 30, complete to measure cognitive scale model virtual, graphical,
And close and be coupled in head-tracking device 21 and virtual monitor 40；
S2, wearable sensors device 11 are to patient, wearing virtual reality device and action follow-up mechanism 22 carries out data
Follow the tracks of and prepare；
S3, the preliminary sensed activation information of sensor device 11；
S4, virtual interface receive the primary action information of sensor device 11, judge action command, control virtual monitor 40 to show
Show picture process；
The progress information that s5, virtual interface will determine that is sent to head-tracking device 21, shows virtual 3d interface；
, according to the interface execution action of virtual monitor 40, action follow-up mechanism 22 is carried out with reference to sensor device 11 for s6, patient
Dual tracking；
S7, the dual-action information to action follow-up mechanism 22 and sensor device 11 for the data randomizer 32 of processing system 30
Processed, and the correctness of action is judged, contrasted with scale simultaneously, carry out classified estimation；
S8, the virtual monitor 40 display information such as judged result and classified estimation result；
S9 and above-mentioned s8 simultaneous display are in the client 50 that the communication device 33 with processing system 30 is communicated.
In the present embodiment, so that the analysis of a set of adas-cog scale judges as a example, in this scale, return including word
Recall, name, instructing, structural exercise, orientation test, word recognition test, recall test instruction, language understanding, attention etc.
Test, each test link has corresponding standards of grading, such as name test, the article to display on virtual monitor 40 for the patient
Name, and Item Title said in voice, voice device collects voice messaging, and carries out speech recognition, passes to processing system 30
Data randomizer 32 contrasted with the answer in the scale of preservation, thus judging whether correct, wherein, work as processing system
When virtual interface judgment means 31 in system 30 have received voice messaging input, send entrance to virtual monitor 40 lower together
The instruction of topic, data randomizer 32 records and preserves the answer of patient, counts final result, according to the scoring mark of scale
Standard, is given a mark；After the completion of all exercise questions of name test, data randomizer 32 draws the total of this test link
Point, enter the link of next instruction test afterwards, instruction testing link is to need patient according to voice message, make corresponding
Action, such as voice message " are clenched fist ", and patient makes the action clenched fist, and the sensor device 11 of configuration and action with patient chase after
Track device 22 records to the action of patient, judges whether patient is made that corresponding or close action, and action is believed
Breath sends in processing system 30, and action message is carried out quantification treatment by data randomizer 32, judge this action whether with defeated
The action command coupling entering, and record, enter next instruction, when all of instruction action completes, data randomizer afterwards
32 pairs of instruction testing links score, and enter next test link, the like.
In whole test process, client 50 can be connected the communication device 33 in processing system 30 by doctor, carry out
Global test is followed the tracks of or regular access checks test result, in order to grasp the state of an illness of patient, thus judging to the state of an illness,
Adjustment therapeutic scheme, patient can be tested with the help of layman at home, greatly save patient back and forth hospital when
Between, and can test whenever and wherever possible, it is effectively saved medical resource, doctor can also monitor the dynamic of several patients simultaneously,
Make therapeutic effect more efficient, main, by machinery equipment, judged with predetermined rule, it is to avoid different doctors'
The interference that subjective consciousness judges to the state of an illness, makes judgement more convincing.
Present invention has an advantage that
1) merge traditional cognitive classified estimation scale, the cognition to patient that assists a physician judges, reduces because of the master of doctor
Sight factor and the different situation of the inconsistent judged result brought of judgment criteria of different doctor, make judgement more convincing；
2) this covering device and method are used, can also allow needs the people of test or the people in carrying out therapy rehabilitation is self-service carries out
Assessment, is conducive to oneself by the understanding of the state of an illness and control, and this apparatus structure is simple, small volume, patient can with oneself at home,
Tested with the help of layman, greatly save patient and return time of hospital, and can test whenever and wherever possible, save
Valuable medical resource；
3) not only as a kind of equipment of assessment, it is also used as a kind of equipment of the training recovering cognition, a tractor serves several purposes；
4) it is additionally provided with communication device on self-service cognition apparatus for evaluating, conveniently training result or test result are transmitted directly to
Doctor, to facilitate doctor to carry out monitor in real time and the adjustment of orientation treatment；Doctor can also be by this device in processing system
Scale is updated, so that the interface in virtual monitor is updated；
5) doctor can also monitor the assessment of several patients simultaneously, makes treatment more efficient.
The several specific embodiments being only the present invention disclosed above, but the present invention is not limited to this, any ability
What the technical staff in domain can think change all should fall into protection scope of the present invention.
Claims (10)
1. a kind of device of self-service cognitive assessment is it is characterised in that include:
For perceive and identify the audition of patient, power feel and action perception input system；
For following the tracks of the action of patient, and the tracing system that the action of patient is caught；
For processing the described related data of perception input system input and the related data of tracing system input, complete to measure
Cognitive scale model virtual, graphical, related data is carried out with the processing system of digital quantization；And
The scene picture being made according to the cognitive scale of measurement for display, guiding client completes the virtual aobvious of related classified estimation
Show device.
2. the device of self-service cognitive assessment according to claim 1 is it is characterised in that arrange on described perception input system
There is the sensor device of induction force degree, displacement, heart beating and temperature, during measurement, the patient that different sensor devices is worn respectively
Each joint and test position, and the related data perceiving is simultaneously communicating to tracing system and processing system by sensor device
In system；Described joint and test position include head, cheek, shoulder, chest, arm, elbow, wrist, back, finger, knee
Or ankle.
3. the device of self-service cognitive assessment according to claim 1 is it is characterised in that described tracing system includes head chases after
Track device and action follow-up mechanism, described head-tracking device is provided with virtual monitor and voice device, described virtual aobvious
Show that device is located at the position at the moment of patient；Described voice device is connected with processing system and carries out speech recognition, and dress is followed the trail of in described action
Put and be worn on a patients body, head-tracking device is connected with processing system with action follow-up mechanism simultaneously；Action follow-up mechanism is
Mechanical type, optical profile type, acoustics formula, electromagnetic type, inertial navigation formula or action sensing type.
4. the device of self-service cognitive assessment according to claim 3 is it is characterised in that described processing system includes virtual boundary
Face judgment means, described virtual interface judgment means combine the field of perception input system, the data of tracing system and virtual interface
Scape, carries out data processing, judges whether the action message capturing is correct；Described processing system also includes data randomizer,
Relevant information is quantified to be converted into data by described data randomizer, and is contrasted with the assessment table model pre-setting, and obtains
Go out corresponding result, shown by virtual monitor.
5. the device of self-service cognitive assessment according to claim 4 is it is characterised in that described processing system also includes communicating
Device, described communication device and client are communicated, and the data drawing is real-time transmitted to client.
6. a kind of method of self-service cognitive assessment is it is characterised in that include:
To the audition of patient, power is felt and action perceives, and identifies and digitized processing；
Follow the action of patient, and the action to patient catches, and data transfer is gone out；
The related data that described perception input system is inputted and the related data of tracing system input, combined with virtual interface,
Related data is carried out with the processing system of digital quantization；And
The scene picture that display makes according to the cognitive scale of measurement, guiding client completes classified estimation.
7. the method for self-service cognitive assessment according to claim 6 is it is characterised in that distinguish different sensor devices
It is worn on each joint and the test position of patient, described joint and test position include head, cheek, shoulder, chest, handss
Arm, elbow, wrist, back, finger, knee or ankle, and sense dynamics, the related data of displacement, heart beating and temperature；Sensor
Device will perceive positional information and be sent in tracing system, and remaining information transmission is in processing system.
8. the method for self-service cognitive assessment according to claim 6 is provided with virtual showing it is characterised in that patient wears
After showing head-tracking device and the action follow-up mechanism of device, the head of patient and corporal parts are obtained by tracing system
Voice device identification voice messaging in change in location information, and head-tracking device, voice messaging is passed with change in location information
By being built in the contrast of the scale in processing system after delivering to processing system, thus assess judging to mistake.
9. the method for self-service cognitive assessment according to claim 8 is it is characterised in that the combination perception of described processing system is defeated
Enter the related data of system, the data of tracing system and virtual interface, carry out data processing, judge that the action message capturing is
No correct, relevant information is quantified to be converted into data by described data handling system, and carries out with the assessment table model pre-setting
Contrast, is got corresponding results, is shown by virtual monitor.
10. the method for self-service cognitive assessment according to claim 9 is it is characterised in that described processing system and client
Communicated, the diagnostic result drawing is passed to client by processing system in real time, client also carries out data to processing system
Update.
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|---|---|---|---|---|
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| CN107301320A (en) * | 2017-07-11 | 2017-10-27 | 北京育智鸿泰电子有限公司 | Portable Cognitive Assessment platform and method |
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102567638A (en) * | 2011-12-29 | 2012-07-11 | 无锡微感科技有限公司 | Interactive upper limb rehabilitation system based on micro-sensor |
| CN104522949A (en) * | 2015-01-15 | 2015-04-22 | 中国科学院苏州生物医学工程技术研究所 | Smart wristband for quantitatively evaluating motion function of Parkinson patient |
| CN105852831A (en) * | 2016-05-10 | 2016-08-17 | 华南理工大学 | Equipment based on virtual reality interaction technology and brain function real-time monitoring technology |
| CN105893780A (en) * | 2016-05-10 | 2016-08-24 | 华南理工大学 | Mental and psychological assessment method based on VR interaction and brain wave and cerebral blood flow monitoring |
-
2016
- 2016-08-30 CN CN201610769940.6A patent/CN106355010A/en active Pending
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102567638A (en) * | 2011-12-29 | 2012-07-11 | 无锡微感科技有限公司 | Interactive upper limb rehabilitation system based on micro-sensor |
| CN104522949A (en) * | 2015-01-15 | 2015-04-22 | 中国科学院苏州生物医学工程技术研究所 | Smart wristband for quantitatively evaluating motion function of Parkinson patient |
| CN105852831A (en) * | 2016-05-10 | 2016-08-17 | 华南理工大学 | Equipment based on virtual reality interaction technology and brain function real-time monitoring technology |
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