CN1444904A - General system for testing behaviors of nerves - Google Patents
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Abstract
An universal test system based on microcomputer for testing the nervous behaviour is composed of the irritation reaction multimedia subsystem and the cerebral current/cognitive level recording-analyzing subsystem, both of which are connected via serial communication parts. The former can make the video-audio irritation its ns precision, record the reaction of the person to be tested, and send out relative event. The latter is composed of 5 functional modules (data acquisition, cerebroelectric wave classification, average superimpose, total average and multi-domain analysis) and digitalized cerebroelectric amplifier.
Description
Technical field
The present invention relates to a kind of write down and analyze human brain electricity (EEG), event related potential (ERP; Also claim " cognitive potential ") and the universal test system of behavior reaction, it both can be used for studying big higher brain function such as perception, attention, memory, language, emotion, thinking and consciousness etc., applications such as also suitable medical science, psychology, education and the administration of justice.
Background technology
Detect and the brain electricity of record has high time resolution, equipment is cheap and can portablely be used for advantage such as scene from scalp, the multi-electrode record improves and has remedied the shortcoming of its low spatial resolution; In conjunction with stimulating system, can therefrom extract the event related potential of reflection higher brain function.
Existing event related potential test macro is all based on single or two stimulation (behavior) event code, and method lays particular emphasis on time-domain analysis, lack multiple domain analytic functions such as frequency domain, time-frequency domain and spatial domain, exist many defectives such as the simple or complicated operation of function, be difficult to satisfy from research and the experimental design of application and the complicated demand of data analysis aspect.Need consider when for example investigating the startup effect in the psychology that current target stimulation, the previous startup that takes place stimulate and the behavior reaction three class incidents of generation subsequently are interrelated and the complicated case of formation; In that record is related negative also usually will consider to occur in respectively not warning in the window simultaneously when changing, compel choosing and feed back the mutual relation of three class incidents; The user may want to take turns in the experiment one and obtains many-sided the stimulation and the relevant composition of reaction simultaneously for another example, wants to understand information such as the frequency domain of these compositions and spatial distribution, even the incident related synchronization is relevant with incident desynchronizes.
Summary of the invention
The object of the present invention is to provide a kind of multiple domain analytic function that has, can satisfy neurobehavioral universal test system from research and the complicated demand of application.
For addressing the above problem, the invention provides following solution: the neurobehavioral universal test system is made of multimedia irritant reaction subsystem and the brain electricity/cognitive level recording subsystem that serial communication interface connects; The former sends corresponding event through serial communication interface presenting audiovisual stimulation and record subjects reaction with the millisecond precision when; The latter is made up of the digitized eeg amplifier that the classification of data acquisition, E.E.G, average stack, grand mean and multiple domain are analyzed five functional modules and USB interface, when wherein data acquisition module is gathered the brain electricity via the digital brain electrical amplifier via stimulation and the behavior incident of serial communication interface reception from multimedia irritant reaction subsystem; E.E.G sort module classification and storage E.E.G fragment and corresponding not three class incidents in the window simultaneously thereof, and can edit event code, time window length and the time window position; Average laminating module can according to not simultaneously the complex conditions that constitutes according to logical relation of three class event informations in the window select the E.E.G fragment to average, negative activity of coupling, P300, N400, related negative variation, motion related potential are relevant with incident with the incident related synchronization desynchronizes etc. as losing thereby obtain all kinds of event related potential; The multiple domain analysis module provides time domain, frequency domain, time-frequency domain and the spatial domain analytic function of brain electricity and event related potential; The grand mean module then can be opened a plurality of event related potential files and obtain the grand mean waveform or the difference waveform, finishes statistical analysis.This test macro has both ordinary numbers brain electricity and brain electrical activity mapping function.
Three class incidents of the present invention are core event, preposition incident and rearmounted incident, wherein core event is any class incident of user's interest, and preposition incident and rearmounted incident are respectively all adjustable interior event of time window of forward and backward segment length of core event and position.
Of the present invention not simultaneously three class incidents in the window constitute class condition according to following logical relation:
Condition={ [(Y|N) preposition] be [(Y|N) core] (A|O) } (A|O) { [(Y|N) core] be [(Y|N) postposition] (A|O) } wherein " | " expression two select one, A, O and N represent respectively " with ", " or " and " non-" logical operations, Y represents that NOT operation do not work the operation that (), [] and { } are successively decreased successively for priority.
Multimedia irritant reaction subsystem of the present invention adopts form to come layout and stores coding and the corresponding parameter that stimulates with behavior reaction.
The present invention compared with prior art has following three distinguishing features:
(1) multimedia irritant reaction subsystem is taken into account versatility and motility, adopt form to come layout and coding and the corresponding parameter of storage stimulation with behavior reaction, the user does not need programming skill, but the layout of audio-visual stimulus material, design and all kinds of experimental paradigm of realization, can the Millisecond precision present picture and behavioral indicators such as sound and recording reacting time, sending to brain electricity/cognitive level recording subsystem by serial communication interface simultaneously stimulates and the behavior reaction event code.
(2) brain electricity/cognitive level recording subsystem adopts core event to cut apart and intercepts the E.E.G fragment, select the E.E.G fragment according to the relation between core event and preposition incident and the rearmounted incident respectively, time window position and the time window length of preposition and rearmounted incident correspondence are adjustable in particular range; Each incident list or double-byte encodings, but edit-modify.System is according to core event coding and time range classified search and storage E.E.G fragment and three class event code, and select the E.E.G fragment to participate in average stack according to the condition that different logical relation between user-defined, three incidents constitutes, thereby can conveniently obtain the event related potential of all kinds of complex conditions correspondences, comprise the mistake coupling of reflection attention process negative movable, reflection is noted and the P300 of memory process, the N400 of reflection language processing, the reflection motion is prepared and related negative variation of carrying out and motion related potential etc.Therefore, according to not simultaneously the logical combination categorizing selection E.E.G fragment of three class incidents in the window be that this test macro surmounts existing equipment, realizes the key that diversified event related potential extracts.For example, participate in average synergetic E.E.G fragment and may meet such condition: " stimulate (core event) to draw and in the T class stimulates before occurring 4～5 seconds, have a P class to stimulate (preposition incident) by the T class, or in the T class stimulates after occurring 0～2 second, have a R class to react (rearmounted incident) "; For another example, participate in average synergetic E.E.G fragment and may meet such condition: " R class reaction (core event) has the T class to stimulate (preposition incident) in relevant and before the reaction of R class occurs 2～4 seconds, and does not have F class feedback stimulation (rearmounted incident) in after the reaction of R class occurs 0～2 second " or the like.In addition, this system can obtain also that the incident related synchronization is relevant with incident to desynchronize at the relevant E.E.G utilization of single event narrow-band filtering with non-linear average superimposing technique.
(3) brain electricity/cognitive level recording subsystem is when providing time domain, frequency domain and time-frequency domain to analyze, utilization broad sense cortex imaging technique generates the E.E.G spatial model, to expand to visual multiple domain analysis based on the time-domain analysis method of minority channel measurement traditionally, thereby realized that the spatial domain (topography) of indexs such as cognitive potential wave amplitude, power spectrum, wavelet power and phase place analyzes based on the E.E.G spatial model.These analytical methods also can directly be applied to the original brain electricity without average overlap-add procedure, thereby this system has both ordinary numbersization simultaneously and do not have paper brain electricity and brain electrical activity mapping function.
Description of drawings
Fig. 1 shows the theory diagram of neurobehavioral universal test system.
Fig. 2 shows relevant E.E.G fragment of one section 19 passage incident and corresponding not three class event descriptions in the window simultaneously thereof.
Fig. 3 shows an example 19 passage event related potential that use neurobehavioral universal test system of the present invention to obtain: black line and gray line are drawn by the target stimulation and the non-target stimulation of monster normal form respectively, the wave amplitude of a tangible forward composition (vision P300) target stimulation occur about 400 surplus the millisecond place reach peak-peak.
Fig. 4 shows three-dimensional brain model map and the two dimensional terrain figure of 19 passage vision P300 in the time of 405 milliseconds of target stimulation correspondence, generates with broad sense cortex imaging technique interpolation;
Fig. 5 shows time-frequency domain analysis (wavelet analysis) result of 19 passage vision P300 of target stimulation correspondence.
The specific embodiment
The software of neurobehavioral universal test system is based on windows xp/2000/NT operating system, and its friendly interface, easy operating provide the implementation process of using this system log (SYSLOG), obtaining and analyze vision P300 below.
At first utilize the subsystem layout of multimedia irritant reaction and present two kinds of pictures, 1000 milliseconds at interval in two kinds of pictures, arrange by random order and to present 250 times and constitute monster (Oddball) normal form, probability of occurrence is that 0.20 picture 1 is target stimulation, require the subjects to reply at its button, probability of occurrence is that 0.80 picture 2 is non-target stimulation, does not require the button reaction.All kinds of stimulations and reaction with different numerical value as event code, multimedia irritant reaction subsystem in behavioral indicators such as recording reacting time, by serial communication interface to brain electricity/cognitive level recording subsystem transmission event information.
The data message work flow of brain electricity/cognitive level recording subsystem as shown in Figure 1, each module utilization step is as follows:
(1) data acquisition module synchronous recording and storage are from the E.E.G of eeg amplifier and from the stimulation incident and the reaction incident of multimedia irritant reaction subsystem;
(2) the E.E.G sort module is handled E.E.G continuous record file according to incident, can carry out event edits, search, classification and preservation E.E.G fragment and three class event informations thereof.Target stimulation and non-target stimulation are established as core event respectively herein, any event can be made as preposition incident in 1000 milliseconds before they occur, reaction incident in 100～1000 milliseconds after they occur can be made as rearmounted incident, and preceding 200 milliseconds and back 800 milliseconds E.E.G fragment take place the intercepting core event.Fig. 2 shows relevant E.E.G fragment of the incident of one section 19 passage and accessory not three class event descriptions in the window simultaneously thereof.
The logical combination classifying screen of the incident when (3) average laminating module is according to three in the window is selected the E.E.G fragment that satisfies specified conditions, and then on average stack obtains event related potential and preserves.The segmental condition of the E.E.G of target stimulation correspondence is: { [(Y) preposition] be [(Y) core] (O) } be { [(Y) core] be [(Y) postposition] (A) } (A), core event is made as target stimulation, following formula shows that then preposition incident can be an any one occurrence, subsequently button reaction (rearmounted incident) must take place; The segmental condition of the E.E.G of non-target stimulation correspondence is: { [(Y) preposition] be [(Y) core] (O) } be { [(Y) core] be [(N) postposition] (A) } (A), core event is made as non-target stimulation, following formula shows that then preposition incident can be an any one occurrence, must not react (rearmounted incident: correct rejection) subsequently.Fig. 3 shows an example 19 passage event related potential that obtain with the neurobehavioral universal test system: black line and gray line are drawn by the target stimulation and the non-target stimulation of above-mentioned monster normal form respectively, the wave amplitude of a tangible forward composition (vision P300) target stimulation occur about 400 surplus millisecond place reach peak-peak.
(4) the multiple domain analysis module organically combines time domain, frequency domain, time-frequency domain and spatial domain analysis; Its simultaneously can text and the figure sheet mode preserve and measure and analysis result; Finish the editor and the printing of report.Fig. 4 shows three-dimensional brain model map and the two dimensional terrain figure of 19 passage vision P300 in the time of 405 milliseconds of above-mentioned target stimulation correspondence, utilizes broad sense cortex imaging technique interpolation to generate.Fig. 5 shows time-frequency domain analysis (wavelet analysis) result of 19 passage vision P300 of above-mentioned target stimulation correspondence.
(5) the grand mean module can once be opened a plurality of event related potential files and stack acquisition grand mean wave file, can choose respective channel arbitrarily and participate in stack; Two waveforms also can subtract each other, and obtain the difference waveform; Can realize colony's comparative analysis, calculate statistical information such as t-check and variance analysis.
Similar procedure is also followed in obtaining and analyzing of all the other event related potential; Also can be directly analyze original brain electricity fragment, thereby realized that ordinary numbersization do not have paper brain electricity and brain electrical activity mapping function without average overlap-add procedure with the multiple domain analysis module.
Claims (4)
1, a kind of neurobehavioral universal test system is characterized in that: the multimedia irritant reaction subsystem and the brain electricity/cognitive level recording subsystem that are connected by serial communication interface constitute; The former sends corresponding event through serial communication interface presenting audiovisual stimulation and record subjects reaction with the millisecond precision when; The latter is made up of the digitized eeg amplifier that the classification of data acquisition, E.E.G, average stack, grand mean and multiple domain are analyzed five functional modules and USB interface, wherein data acquisition module when the digital brain electrical amplifier is gathered the brain electricity via stimulation and the behavior incident of serial communication interface reception from multimedia irritant reaction subsystem; E.E.G sort module classification and storage E.E.G fragment and corresponding not three class incidents in the window simultaneously thereof, event code, time window length and position all can be edited; The complex conditions that average laminating module constitutes according to logical relation according to three class event informations selects the E.E.G fragment to average, and obtains all kinds of event related potential; The multiple domain analysis module provides time domain, frequency domain, time-frequency domain and the spatial domain analytic function of brain electricity and event related potential; The grand mean module then can be opened a plurality of event related potential files and obtain the grand mean waveform or the difference waveform, and finishes statistical analysis.
2, neurobehavioral universal test system according to claim 1, it is characterized in that: described not simultaneously three class incidents in the window be core event, preposition incident and rearmounted incident, wherein core event is any class incident of user's interest, and preposition incident and rearmounted incident are respectively all adjustable interior event of time window of forward and backward segment length of core event and position.
3, neurobehavioral universal test system according to claim 1 and 2, it is characterized in that: described three class incidents constitute alternative condition according to following logical relation: condition={ [(Y|N) preposition] be [(Y|N) core] (A|O) } be { [(Y|N) core] be [(Y|N) postposition] (A|O) } (A|O), wherein an operation is selected in " | " expression two, A, O and N represent respectively " with ", " or " and " non-" logical operations, Y represents that NOT operation do not work.
4, neurobehavioral universal test system according to claim 1 is characterized in that: described multimedia irritant reaction subsystem adopts form to come layout and stores coding and the corresponding parameter that stimulates with behavior reaction.
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| CN103687536A (en) * | 2011-06-20 | 2014-03-26 | 加利福尼亚大学董事会 | Neuron recording system |
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