FernandezTHarmonyTRodriguezMEEG activation patterns during the performance of tasks involving different components of mental calculation. Electroencephalogr Clin Neurophysiol1995; 94:175–182.
2.
ShalevRManorOAmirNGross-TsurV.The acquisition of arithmetic in normal children: assessment by a cognitive model of dyscalculia. Developm Med Child Neurol1993; 35: 593–601.
3.
MontgomeryRWMontgomeryLDGuisadoR.Cortical localization of cognitive function by regression of performance on event related potentials. Aviat Space Envir Med1992; 919–924.
4.
PauliPLutzenbergerWRauHBrain potentials during mental arithmetic: effects of extensive practice and problem difficulty. Cogn Brain Res1994; 2: 21–29.
5.
RuchkinDSJohnsonRJrCanouneHRitterW.Event related potentials during arithmetic and mental rotation. Electroencephalogr Clin Neurophysiol1991; 79: 473–487.
InouyeTShinosakiKSakamotoHQuantification of EEG irregularity by use of the entropy of the power spectrum. Electroencephalogr Clin Neurophysiol1991; 79: 204–210.
8.
InouyeIShinosakiKlyamaAMatsumotoY.Localization of activated areas and directional EEG patterns during mental arithmetic. Electroencephalogr Clin Neurophysiol1993; 86: 224–230.
9.
KlimeschWPfurtschellerGMohlWSchimkeH.Event related desynchronization, ERD-mapping and hemispheric differences for words and numbers. Internat J Psychophysiol1990; 8: 297–308.
10.
da SilvaF. LopesNeural mechanisms underlying brain waves: from neural membranes to networks. Electroencephalogr Clin Neurophysiol.1991; 79: 81–93.
11.
StamCJTavyDLKeunenRWMQuantification of alpha rhythm desynchronization using the acceleration entropy of the EEG. Clin Electroencephalogr1993; 24: 104–109.
12.
ThomeerECStamCJvan WoerkomTCAMEEG changes during mental activation. Clin Electroencephalogr1994; 25: 94–98.
13.
JellesBAchtereekteHAMStaetsJPJStamCJSpecific patterns of cortical dysfunction in dementia and Parkinson's Disease demonstrated by the acceleration spectrum entropy of the EEG. Clin Electroencephalogr1995; 26: 188–192.
14.
McCloskeyM.Cognitive mechanisms in numerical processing: evidence from acquired dyscalculia review. Cognition1992; 44: 107–157.
15.
McCloskeyMHarleyWSokolSMModels of arithmetic fact retrieval: an evaluation in light of findings from normal and brain-damaged subjects. J Exp Psychol: Learning Memory Cognition.1991; 17: 377–397.
16.
RickardTCHealyAFBourneLEOn the cognitive structure of basic arithmetic skills: operation, order, and symbol transfer effects. J Exp Psychol: Learning Memory Cognition1994; 20: 1139–1153.
17.
Hittmair-DelarezMSemenzaCDenesG.Concepts and facts in calculation. Brain1994; 117: 715–728.
18.
LucchelliFDe RenziE.Primary dyscalculia after a medial frontal lesion of the left hemisphere. J Neurol Neurosurg Psychiatry1993; 56: 304–307.
19.
InouyeTIshiharaTShinosakiKToiSUkaiS.EEG characteristics of frontal midline theta activity. In: GiannitrapaniDMurriL (eds). The EEG of Mental Activities. Basel: Karger; 1988: 136–148.
20.
BergerH.On the electroencephalogram of man. (in German). Arch Psychiatrie Nervenkrankheiten1929; 87: 527–570.
21.
PetscheHRappelsbergerP.Is there any message hidden in the human EEG? In: BasarEBullockT H (eds). Induced Rhythms in the Brain. Boston, Basel, Berlin: Birkhauser1992: 103–116.
22.
PfurtscheleerGKlimeschW.Event-related synchronization and desynchronization of alpha and beta waves in a cognitive task. In: BasarEBullockT H, (eds). Induced Rhythms in the Brain. Boston: Birkhauser1992: 117–128.
23.
PilgreenKLPhysiologic, medical, and cognitive correlates of electroencephalography. In: NunezPL (ed). Neocortical Dynamics and Human EEG Rhythms. New York, Oxford: University Press. 1995: 195–248.
24.
DeFranceJSheerDEFocused arousal, 40Hz EEG, and motor programming. In: GiannitrapaniDMurriL. (eds). The EEG of Mental Activities. Basel: Karger; 1988: 153–168.
25.
LlinasRRRibaryU.Rostrocaudal scan in human brain: a global characteristic of the 40 Hz response during sensory input. In: BasarEBullochTH, (eds). Induced Rhythms in the Brain. Boston, Basel, Berlin: Birhauser1992: 147–154.