Error detection mechanisms of the brain: Background and prospects

Bechtereva, N.P.; Shemyakina, N. V.; Starchenko, M. G.; Danko, S.G.; Медведев, С. В.

doi:10.1016/j.ijpsycho.2005.06.005

Cited by 54 publications

(23 citation statements)

References 41 publications

(36 reference statements)

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“…The data indicated that, intentional and beneficial as such an action might be, the error detector, which operates automatically, recog nized it as incorrect. This entirely agreed with the notion on the operation of the putative error detector [18][19][20]. The assumption made in our previous studies required experimental confirmation; i.e., we had to locate the changes in the functional activity of the brain accompanied deliberately deceptive actions.…”

supporting

confidence: 85%

Functional magnetic resonance study of deliberate deception

2012

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The goal of the study was analysis of the cerebral mechanisms of deliberate deception. The event related functional magnetic resonance (ER fMRI) imaging technique was used to assess the changes in the functional brain activity by means of recording the blood oxygen level dependent (BOLD) signal. Twelve right handed healthy volunteers aged 19-44 years participated in the study. The BOLD images were obtained during three experimental trials: deliberate deception, manipulative honest and control truthful trials (catch trials). The deliberate deception and manipulative honest actions were characterized by a BOLD signal increase in the anterior cingulate (Brodmann's area (BA) 32), frontal (BAs 9/10, 6), and parietal (BA 40) cor tices as compared with a truthful response. Comparison of the ER fMRI data with the results of earlier studies where event related potentials (ERPs) were recorded under similar conditions indicates the involvement of the brain mechanism of error detection in deliberate deception.

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confidence: 85%

Functional magnetic resonance study of deliberate deception

2012

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“…Bekhtereva. [21] New technologies and contemporary microprocessor techniques have created the possibility for a gradual transfer from equipping industrial facilities with simple sensors to applying more sophisticated sensor devices.…”

Section: Biomimetic Approach To the Problem Of Metrological Servimentioning

confidence: 99%

Technology of Sensor Devices with Metrological Self-Check

Taymanov

Sapozhnikova

2010

2010 First International Conference on Sensor Device Technologies and Applications

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The paper deals with the problem of providing the reliability of measurement information. |In the paper, a biomimetic approach to the technology of sensor devices is discussed. Efficiency of metrological self-check methods in comparison with conventional methods of metrological maintenance is shown. The advantage of the metrological selfcheck based on the evaluation of the most dangerous error component, is demonstrated. New effective methods of the metrological self-check of pressure and temperature sensors are proposed.

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“…The ability of the brain to detect erro neous eye movements is realized, possibly, through the mechanisms of brain error detector which has become the center point of intensive research in the past years [15][16][17]. Research data revealed an important role of a neural network distributed in the anterior cingulate cortex, mediofrontal cortex, lateral region of the pre frontal cortex, anterior part of the insula, and basal nuclei in functioning of the brain error detector [18][19][20][21][22][23].…”

Section: Introductionmentioning

confidence: 99%

Detection and correction of erroneous eye movements by the brain error detector while tracking moving object

Kubarko¹

2012

Hum Physiol

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The models for research of function of the brain error detector of eye movements are described. The quantitative estimation of temporary parameters of erroneous eye saccades detection and correction of the healthy people is given. The data on distinctions in duration of the latency, speed and other parameters of erroneous and correctional saccades, are used for discussion on types of sensory signals used by the brain detector for revealing and correction of erroneous eye movements.

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Error detection mechanisms of the brain: Background and prospects

Cited by 54 publications

References 41 publications

Functional magnetic resonance study of deliberate deception

Functional magnetic resonance study of deliberate deception

Technology of Sensor Devices with Metrological Self-Check

Detection and correction of erroneous eye movements by the brain error detector while tracking moving object

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