The Behavioral and Brain Sciences 1992: Vol 15 Table of Contents

9 Pages·1992·2.2 MB·English

Contents Volume 15:1 March 1992
Thompson, E., Palacios, A. & Varela, F. J. Ways of coloring:
Comparative color vision as a case study for cognitive science
Open Peer Commentary Lia, B. Ontogeny and ontology: Ontophyletics
Akins, K. A. & Lamping, J. More than mere coloring: and enactive focal vision
The art of spectral vision Maier, E. & Burkhardt, D. In search of common
Averill, E. W. A limited objectivism defended features of animals’ color vision systems
Backhaus, W. & Menzel, R. Conclusions from color and the constraints of environment
vision of insects Maloney, L. T. A mathematical framework
Ben-Ze’ev, A. Problems with explaining for biological color vision
the perceptual environment Matthen, M. Color vision: Content versus experience
Broackes, J. Nonreductionism, content Mausfeld, R. J., Niederée, R. M. & Heyer, K. D.
and evolutionary explanation ew — On possible perceptual worlds and how they shape
Clark, A. Reductionism and subjectivism defined their environments
and defended McGilvray, J. A. Colors really are only in the head
Dannemiller, J. L. Color is as color does Neumeyer, C. On perceived colors
Davidoff, J. What is a colour space? Reeves, A. Areas of ignorance and confusion in color
Dennett, D. C. Hitting the nail on the head science
Feldman, J. A. Enactivist vision Shepard, R. N. What in the world determines
Finkelstein, M. A. Psychophysical modeling: The link the structure of color space?
between objectivism and subjectivism Skarda, C. A. Ecological subjectivism?
Gouras, P. Multivariant color vision Steele, K. M. Confusing structure and function
Hardin, C. L. Color for pigeons and philosophers Stoerig, P. & Cowey, A. Wavelength processing
Hilbert, D. Comparative color vision and colour experience
and the objectivity of color van Brakel, J. The ethnocentricity of colour
Hurlbert, A. The view of a computational animal B& Wagemans, J. & de Weert, C. M. M. Ways
Jacobs, G. H. Data and interpretation in comparative of coloring the ecological approach
color vision
Kinnear, P. R. Color enactivism: A return to Kant?
Kondrashev, S. L. Ethological and ecological aspects Authors’ Response
of color vision Thompson, E., Palacios, A. & Varela, F. J.
Levine, J. Objectivism-subjectivism: A false dilemma? On the ways to color
Kenrick, D. T. & Keefe, R. C. Age preferences in mates reflect sex
differences in human reproductive strategies
Open Peer Commentary Harpending, H. Age differences between mates
Alley, T. R. Perceived age, physical attractiveness and in southern African pastoralists
sex differences in preferred mates’ ages Levinger, G. & Kirkpatrick, L. A. Biological versus
Bayer, B. M. On the separation of reproduction social psychological bases of mate selection
from mating preferences Lippa, R. On building bridges between social
Borkenau, P. Age preferences: The crucial studies psychology and evolutionary biology
have yet to be done Mealey, L. Individual differences in reproductive
Broude, G. J. The May-September algorithm meets tactics: Cuing, assessment and facultative strategies
the 20th century actuarial table Moffatt, C. A. & Nelson, R. J. May/December
Byrne, D. & Kelley, K. Differential age preferences: romance: Adaptive significance non probabilis est
The need to test evolutionary versus alternative Rajecki, D. W. & Rasmussen, J. L. Personal ads
conceptualizations as deviant and unsatisfactory: Support
Crawford, C. Sex differences in age preferences for evolutionary hypotheses
for mates: Primary and secondary predictions Rushton, J. P. Age similarity is genetic similarity
from evolutionary theory Russell, P. A. The evolutionary model is synthetic
Dewsbury, D. A. Continuing a long tradition not heuristic
Dupré, J. Arbitrariness and bias in evolutionary Schoen, R. Marital choice and reproductive strategies
speculation Simpson, J. A. Half a theory and half the data for half
Funder, D. C. Toward a nonarbitrary social the people?
psychology Sloman, S. A. & Sloman, L. What does evolution tell
Glenn, N. D. Toward a more complete integration us about age preferences?
of evolutionary and other perspectives on age Stephan, W. G. Sexual motivation, patriarchy
preferences in mates and compatibility
Grammer, K. Variations on a theme: Age dependent Stevens, G. Mortality and age-specific patterns
mate selection in humans of marriage
Symons, D. What do men want? Wallen, K. Evolutionary hypothesis testing:
Thornhill, N. W. & Thornhill, P. A. A. The preferred Consistency is not enough
age of a potential mate reflects evolved male sexual
psychology
Authors’ Response
Townsend, J. M. Measuring the magnitude of sex
differences Kenrick, D. T. & Keefe, R. C. Sex differences in age
van den Berghe, P. L. Wanting and getting ain't preference: Universal reality or ephemeral
the same construction?
van Noordwijk, A. J. & Shykoff, J. A. Accounting
for age preferences in sexual selection
Cheney, D. L. & Seyfarth, R. M. Précis of How monkeys see
the world
Open Peer Commentary Happé, F. & Frith, U. How autistics see the world
Allen, C. Monkeys mind Harcourt, A. H. “How monkeys see the world.”
Armstrong, D. M. Monkeys and consciousness Why monkeys?
Baron-Cohen, S. How monkeys do things Mealey, L. Are monkeys nomothetic or idiographic?
with “words” Noble, W. & Davidson, I. What are mental states?
Boesch, C. New elements of a theory of mind in wild Owings, D. H. Calls as labels: An intriguing theme,
chimpanzees but one with limitations
Burghardt, G. M. Looking inside monkey minds: Perloe, S. I. Exploring the “boundary” between
Milestone or millstone the minds of monkeys and humans
Cords, M. Social versus ecological intelligence Povinelli, D. J. & deBlois, S. On (not) attributing
Dewsbury, D. A. Surplusage, audience effects mental states to monkeys: First, know thyself
and George John Romanes Ridley, R. M. How do monkeys remember the world?
Dittrich, W. H. Is the monkeys’ world scientifically Schull, J. & Smith, J. D. Knowing thyself, knowing
impenetrable? the other: They're not the same
Dugatkin, L. A. & Clark, A. B. Of monkeys, Snowdon, C. T. The sounds of silence
mechanisms and the modular mind Tomasello, M. Cognitive ethology comes of age
Figueredo, A. J. Animal mentality: Canons Visalberghi, E. Is lack of understanding of cause-effect
to the right of them, canons to the left of them. . . relationships a suitable basis for interpreting
Furth, H. G. Theory of society, yes, theory monkeys’ failures in attribution?
of mind, no Whiten, A. Mind reading, pretence and imitation
Galdikas, B. Social and nonsocial intelligence in monkeys and apes
in orangutans
Glotzbach, P. A. Perception theory and the attribution
of mental states Authors’ Response
Gouzoules, H. In this best of all possible Cheney, D. L. & Seyfarth, R. M. Characterizing
monkey worlds? the mind of another species
Volume 15:2 June 1992
Contents
Dennett, D. C. & Kinsbourne, M. Time and the observer: The where
and when of consciousness in the brain
Open Peer Commentary McDermott, D. Little “me”
Antony, M. V. The where and when of what? Reingold, E. M. Conscious versus unconscious
Aronson, J., Dietrich, E. & Way, E. Throwing processes: Are they qualitatively different?
the conscious baby out with the Cartesian bath Rollins, M. Content and conformation: Isomorphism
in the neural sway
water
Baars, B. J. & Fehling, M. Consciousness Rosenthal, D. M. Time and consciousness
is associated with central as well as distributed Roskies, A. L. & Wood, C. C. Cinema 1-2-Many
processes of the Mind
Block, N. Begging the question against phenomenal Shepard, R. N. Mental representation: Always
delayed but not always ephemeral
consciousness
Bridgeman, B. What is consciousness for, anyway? Teghtsoonian, R. In defense of the pineal gland
Clark, A. Experiential facts? Treisman, M. Does the perception of temporal
Damasio, A. R. The selfless consciousness sequence throw light on consciousness?
Farah, M. J. The distributed pineal gland Van Gulick, R. Time for more alternatives
Glymour, B., Grush, R., Hardcastle, V. G., Velmans, M. Is consciousness integrated?
Keeley, B., Ramsey, J., Shagrir, O. & Watson, E. Warren, R. M. Global pattern perception &EB8E BE
The Cartesian Theater stance and temporal order judgments
Gregson, R. A. M. Nothing is instantaneous, Wasserman, G. S. The psychoanatomy
even in sensation of consciousness: Neural integration occurs
Hurley, S. L. Some mistakes about consciousness in single cells BE
and their motivation Young, A. Closing the Cartesian Theatre
Jeannerod, M. The where in the brain determines
the when in the mind Editorial Commentary
Libet, B. Models of conscious timing
and the experimental evidence
Lloyd, D. Toward an identity theory of consciousness Authors’ Response
Lycan, W. G. UnCartesian materialism and Lockean Dennett, D. C. & Kinsbourne, M. Escape
introspection from the Cartesian Theater
Golani, I. A mobility gradient in the organization of vertebrate movement:
The perception of movement through symbolic language
Open Peer Commentary Klopfer, P. H. Structure and function in the CNS
Allen, C. Why Eshkol-Wachman behavioral notation Leyhausen, P. Animal motility: Gestalt or piecemeal
is not enough assembly?
Barlow, G. W. Is the mobility gradient suitable Lyon, M. Somewhere in time — temporal factors
for general application? in vertebrate movement analysis
Beck, C. H. M. The environment modulates MacKay, W. A. Joint torque precedes the kinematic
the mobility gradient, temporally if not sequentially end result
Bekoff, M. Description and explanation: A plea Masters, R. D. Time-based objective coding
for plurality and human nonverbal behavior
Byers, J. A. The mobility gradient: Useful, general, Newtson, D. Human observation and human action
falsifiable? Pellis, S. M. The yin and yang of behavioral analysis
Cools, A. R. Striatal structures, dopamine Powers, W. T. Testing for controlled variables
and the mobility gradient model Rebec, G. V. From psychopharmacology
Eaton, R. C. Eshkol-Wachman movement notation to neuropsychopharmacology: Adapting behavioral
and the evolution of locomotor patterns terminology to neural events
in vertebrates Schleidt, W. M. Describing behavior: A new label
Eilam, D. The mobility gradient from a comparative for an old wine?
phylogenetic perspective Thom, R. Sensorimotor reference frames
Fagen, R. Moving beyond words and physiological attractors
Faulkes, Z. & Paul, D. H. Connecting invertebrate Todt, D. & Hultsch, H. Birdsong: Variations
behavior, neurophysiology and evolution that follow rules
with Eshkol-Wachman movement notation Whishaw, I. Q. What are voluntary movements
Fentress, J. C. Alternative taxonomies in movement: made of?
Not only possible but critical
Goldberg, G. Dynamical systems theory
and the mobility gradient: Information, homology Author’s Response
and self-similar structure Golani, I. The natural geometry of a behavioral
Harries, J. G. Shapes of behaviour homology
Flanders, M., Helms Tillery, S. I. & Soechting, J. F. Early stages
in a sensorimotor transformation
Open Peer Commentary Grobstein, P. Central spatial representations
Alexander, G. E. For effective sensorimotor and mapping the sensorimotor interface: How early
processing must there be explicit representations is early, how late is late, and what difference
and reconciliation of differing frames of reference? does it all make anyhow?
Arbib, M. A. Schemas, grasping, tensors Hasan, Z. Are errors in final position destined before
and avoidance the movement begins?
Bennett, D. J. & Loeb, E. P. Apparent Hayward, V. Physical modeling applies
approximations in sensorimotor transformations to physiology, too
Holding, D. H. Information decay during response
are due to errors in pointing
Berkinblit, M., Fookson, O., Adamovich, S. & delay
Poizner, H. Two paradoxes of pointing Kalish, M. Limitations on what reaching can tell us
Bloedel, J. R. Coordinate transformation and limb about sensorimotor transformations
movements: There may be more complexity Lacquaniti, F. Coordinate transformations in postural
than meets the eye control
Blouin, J., Teasdale, N., Bard, C. & Fleury, M. Massone, L. L. E. Coordinate transformations:
The mapping of visual space is a function Some basic questions
of the structure of the visual field McCollum, G. Invariants of the second transformation
Bookstein, F. L. Error analysis, regression expressed in activation ranges
and coordinate systems Neilson, P. D. Coordinate transformations or dynamic
Bracewell, R. M. Sensorimotor transformations models?
for saccades in the primate posterior parietal cortex Ostry, D. J., Flanagan, J. R. & Sergio, L. E.
Bullock, D., Greve, D. & Guenther, F. Do reaches Coordinate transformations in orofacial movements
in the dark shed sufficient light on internal Powers, W. T. S-O-R: Wrong model for pointing
representations? Trevelyan, J. P. Approximations might lead to errors
Burnod, Y. & Caminiti, R. Cortical mechanisms of in brain science
visuomotor transformations underlying arm Wann, J. Reaching the point where you have to move
a head
movements to visual targets
Cruse, H. & Dean, J. What do pointing errors really Worringham, C. J. & Dennis, R. G. Distance errors:
tell us about internal coordinate transformations? Pointing to the range effect
Gandevia, S. C. Kinesthesia and unique solutions Zipser, D. Systematic, idiosyncratic reaching errors
for control of multijoint movements
Goodale, M. A. & Servos, P. Now you see it,
now you don’t: How delaying an action system
can transform a theory Authors’ Response
Gordon, J., Ghilardi, M. F. & Ghez, C. In reaching, Soechting, J. F., Helms Tillery, S. I. & Flanders, M.
the task is to move the hand to a target In the dark about pointing: What’s the point?
Thornhill, R. & Thornhill, N. W. The evolutionary psychology of men’s
coercive sexuality
Open Peer Commentary Ghiselin, M. T. Genetics, functional anatomy
Akins, K. A. & Windham, M. E. Just science? and coercive behavior
Allgeier, E. R. & Wiederman, M. W. Evidence Gladue, B. A. Evolution, biosocial behavior
for an evolved adaptation to rape? Not yet and coercive sexuality
Archer, J. Mating tactics are complex and involve Gowaty, P. A. What if within-sex variation is greater
females too than between-sex variation?
Bayer, B. M. & Steele, R. S. The derealization Hartung, J. Getting real about rape
of rape Kitcher, P. Loose associations
Bixler, R. H. Men: A genetically invariant Langley, T. Empirical criteria for evaluating rape
predisposition to rape? as an evolutionary phenomenon
Brownmiller, S. & Mehrhof, B. A feminist response Malamuth, N. M. Evolution and laboratory research
to rape as an adaptation in men on men’s sexual arousal: What do the data show
Dupré, J. Blinded by “science”: How not to think and how can we explain them?
about social problems Mazur, A. The evolutionary psychology of rape
Eibl-Eibesfeldt, I. Coercive sexuality and dominance and food robbery
Figueredo, A. J. Does rape equal sex plus violence? Mealey, L. Alternative adaptive models of rape
Freyd, J. J. & Johnson, J. Q. The evolutionary Palmer, C. T. Psychological mechanisms versus
psychology of priesthood celibacy behavior: Does the difference really make
Futterman, A. & Zirkel, S. Men are not born to rape a difference?
Gavey, N. J. & Gray, R. D. Rape: The perfect Pérusse, D. Specific versus general adaptations:
adaptationist story Another unnecessary dichotomy?
Quinsey, V. L. Individual differences Wilson, M. & Daly, M. What about the evolutionary
in the propensity to rape psychology of coerciveness? 403
Russell, P. A. Psychological adaptation: Alternatives
and implications
Smuts, B. Psychological adaptations, development :
and individual differences Authors’ Response
Voland, E. Selection for rape or selection for sexual Thornhill, R. & Thornhill, N. W. The study of men’s
opportunism? coercive sexuality: What course should it take? 404
Errata
Greenfield, P. M. (1991) Language, tools and brain. BBS 14:531—595.
Velmans, M. (1991) Is human information processing conscious? BBS 14:651—726.
Contents Volume 15:3 September 1992
Allen Newell (1927-1992) Remarks in memoriam by Herbert A. Simon
and Zenon W. Pylyshyn
Newell, A. Précis of Unified theories of cognition
Open Peer Commentary Pléh, C. Unified cognition misses language
Bickerton, D. Unified cognitive theory: You can't get Proctor, R. W. & Dutta, A. Unified theories must
there from here explain the codependencies among perception,
Card, S. K. Reframing the problem of intelligent cognition and action
behavior Quiatt, D. Unified psychobiological theory
Carlson, R. A. & Detweiler, M. A unified theory Remington, R. W., Shafto, M. G. & Seifert, C. M.
for psychologists? How human is SOAR?
Carroll, J. M. Toward unified cognitive theory: Schleidt, W. Does the evolutionary perspective offer
The path is well worn and the trenches are deep more than constraints?
Chipman, S. F. Re-membering cognition Shultz, T. R. Choosing a unifying theory for cognitive
Chown, E. & Kaplan, S. Active symbols, limited development
storage and the power of natural intelligence Suppes, P. Problem spaces, language
Dodwell, P. C. Unified cognitive theory is not and connectionism: Issues for cognition
comprehensive Townsend, J. T. Unified theories and theories
Frijda, N. H. & Elshout, J. Is Unified theories that mimic each other's predictions
of cognition good strategy? Uttal, W. R. On models and mechanisms
Goldfarb, L. A cognitive theory without inductive Vere, S. A. A cognitive process shell
learning Vicente, K. J. & Kirlik, A. On putting the cart before
Hunt, E. & Luce, R. D. SOAR as a world view, the horse: Taking perception seriously
not a theory in unified theories of cognition
LaPolla, M. V. & Baars, B. J. A psychologically Wetherick, N. E. Cognition and simulation
implausible architecture that is always conscious, Winston, M. E. Cartesian vs. Newtonian research
always active strategies for cognitive science
Lewandowsky, S. Unified cognitive theory:
Having one’s apple pie and eating it Author’s Response
Michon, J. A. Unifying cognition: Has it all been Newell, A. sOAR as a unified theory of cognition:
put together? Issues and explanations
Kraemer, G. W. A psychobiological theory of attachment
Open Peer Commentary Pérusse, D. Attachment: A view from evolutionary
Boccia, M. L. Refining the attachment model 511 biology and behavior genetics
Capitanio, J. P. What do attachment objects afford? 512 Salzen, E. A. Behavioural, aminergic and neural
Eiserer, L. A. Levels of explanation in theories systems in attachment
of infant attachment 513 Sigman, M. & Siegel, D. J. The interface between
Ellis, H. D. A wise child: Face perception by human the psychobiological and cognitive models
neonates 514 of attachment
Freedman, D. G. The many levels of attachment 515 Svensson, T. H. A psychopharmacologist’s view
Insel, T. R. Oxytocin and the neurobiology of attachment
of attachment 515 Trevarthen, C. Emotions of human infants
Jacobs, B. & Raleigh, M. J. Attachment: How early, and mothers and development of the brain
how far? 517
Kagan, J. The meanings of attachment 517
Kovach, J. K. Attachment and the sources
of behavioral pathology 518
Mason, W. A. Does function imply structure? 519
Nemeroff, C. B. & Goodman, S. H. A new Author’s Response
psychobiological theory of attachment: Kraemer, G. W. Psychobiological attachment theory
Primum non nocere 520 (PAT) and psychopathology
Lockhead, G. R. Psychophysical scaling: Judgments of attributes
or objects?
Open Peer Commentary Masin, S. C. Psychophysics and quantitative
Algom, D. Perception, apperception perceptual laws
and psychophysics Melara, R. D. How important are dimensions
Anderson, N. H. Integration psychophysics is not to perception?
traditional psychophysics Monahan, J. S. Attributes or objects: A paradigm shift
Bolanowski, S. J. Lockhead’s view of scaling: in psychophysics
Something's fishy here Niall, K. K. The evident object of inquiry
Bonnet, C. Psychophysical scaling within Norwich, K. H. Context effects in the entropic theory
an information processing approach? of perception
Borg, G. Psychophysical scaling: To describe relations Schneider, B. Should the psychophysical model
or to uncover a law? be rejected?
Brysbaert, M. Accounting for an old inconsistency Teghtsoonian, R. Selecting one attribute for judgment
in the psychophysics of Plateau and Delboeuf is not an act of stupidity
Coren, S. Psychophysical scaling: Context and illusion Treisman, M. Do we scale “objects” or isolated
Corwin, T. R. The determinants of perceived sensory dimensions?
brightness are complicated, but not hopelessly so van Brakel, J. Ceteris paribus laws
Dzhafarov, E. N. Can brightness be related Wagner, M. Keeping the bath water along with
to luminance by a meaningful function? the baby: Context effects represent a challenge,
Eisler, H. Psychophysical invariance, perceptual not a mortal wound, to the body of psychophysics
invariance and the physicalistic trap Warren, R. M. Relation of sensory scales to physical
Gescheider, G. A. The complexity and importance scales
of the psychophysical scaling of sensory attributes
Gregory, R. L. Scales falling from the eyes?
Gregson, R. A. M. Walking in a psychophysical Author’s Response
dustbowl creates a dustcloud
Lockhead, G. R. Constancy in a changing world
Killeen, P. R. Psychophysics: Plus ca change . . .
King, D. L. Context effects: Pervasiveness
and analysis
Krueger, L. E. Will the real stimulus please Corrigenda
step forward? Continuing Commentary: Everill, B. (1991) Humans’
Laming, D. Two categories of contextual variable use of animals: On the horns of a moral dilemma.
in perception BBS 14:756.
Macmillan, N. A. Covert converging operations MacKay, W. A. Consciousness is king of the neuronal
for multidimensional psychophysics processors. Commentary on Velmans, M. (1991)
Marks, L. E. The perplexing plurality Is human information processing conscious?
of psychophysical processes BBS 14:651-726.
Contents Volume 15:4 December 1992
Cordo, P. & Gurfinkel, V. Controversies in neuroscience I: Movement control
Bizzi, E., Hogan, N., Mussa-Ivaldi, F. A. & Giszter, S. Does the nervous system use
equilibrium-point control to guide single and multiple joint movements?
Gandevia, S. C. & Burke, D. Does the nervous system depend on kinesthetic
information to control natural limb movements?
McCrea, D. A. Can sense be made of spinal interneuron circuits?
Robinson, D. A. Implications of neural networks for how we think about brain function
Alexander, G. E., DeLong, M. R. & Crutcher, M. D. Do cortical and basal
ganglionic motor areas use “motor programs to control movement?
Bloedel, J. R. Functional heterogeneity with structural homogeneity: How does
the cerebellum operate?
Fetz, E. E. Are movement parameters recognizably coded in the activity
of single neurons?
Stein, J. F. The representation of egocentric space in the posterior parietal cortex
Open Peer Commentary Colby, C. L., Duhamel, J-R. & Goldberg, M. E.
Adamovich, S. V. How does the nervous system Posterior parietal cortex and retinocentric space
control the equilibrium trajectory? Connolly, C. I. A robotics perspective on motor
Agarwal, G. C. Movement control hypotheses: programs and path planning
A lesson from history Cordo, P. J. & Bevan, L. Successive approximation
Alexander, G. E. Neurophysiology of motor systems: in targeted movement: An alternative hypothesis
Coming to grips with connectionism Dawson, M. R. W. FINSTs, tag-assignment
Andersen, R. A. & Brotchie, P. R. Spatial maps and the parietal gazetteer
versus distributed representations Dean, J. Is equilibrium-point control all there
Barmack, N. H., Errico, P. & Fagerson, M. is to coding movement and do insects do it, too?
Microzones, topographic maps and cerebellar Dietz, V. Control of natural movements: Interaction
“operations” of various neuronal mechanisms
Berkinblit, M. B., Sidorova, V. Y., Smetanin, B. N. & Duysens, J. & Gielen, C. C. A. M. Spinal integration:
Tkach, T. V. Afferent influence on central From reflexes to perception
generators and the integration of proprioceptive Eagleson, R. & Carey, D. P. Connectionist networks
input with afferent input from other modalities do not model brain function
Beuter, A. Modulation of kinesthetic information can Feldman, A. G. Fundamentals of motor control,
be explored with nonlinear dynamics kinesthesia and spinal neurons: In search of a theory
Bischof, H. & Pinz, A. J. Artificial versus real neural Flanders, M. & Soechting, J. F. Network magic
networks Frolov, A. A. & Biryukova, E. V. Adaptive neural
Borrett, D. S., Yeap, T. H. & Kwan, H. C. networks organize muscular activity to generate
The nonlinear dynamics of connectionist networks: equilibrium trajectories
The basis of motor control ‘ Fuchs, A. F., Ling, L., Kaneko, C. R. S.
Bossut, D. F. Implication of neural networks for how & Robinson, F. R. Network simulations
we think about brain function and single-neuron behavior: The case for keeping
Bower, J. M. Is the cerebellum a motor control the bath water
device? Fuster, J. M. Brain systems have a way of reconciling
Braitenberg, V. & Preiss], H. Why is the output “opposite” views of neural processing; the motor
of the cerebellum inhibitory? system is no exception
Bridgeman, B. Taking distributed coding seriously Gandevia, S$. C. How complex is a simple arm
Bullock, D. & Contreras-Vidal, J. L. Adaptive movement?
behavioral phenotypes enabled by spinal Gilbert, P. F. C. & Yeo, C. H. Cerebellar function:
interneuron circuits: Making sense On-line control and learning >
the Darwinian way Giszter, S. Spinal movement primitives and motor
Burgess, P. R. Equilibrium points and sensory programs: A necessary concept for motor control
templates Gnadt, J. W. Area LIP: Three-dimensional space
and visual to oculomotor transformation
Burke, D. Movement programs in the spinal cord
Goodale, M. A. & Jakobson, L. S. Action systems
Carey, D. P. & Servos, P. Is “attention” necessary
in the posterior parietal cortex
for visuomotor transformations? Gordon, A. M. & Inhoff, A. W. Intermittent use
Cavallari, P. From neuron to hypothesis
of feedback during movement phase transitions
Cavanagh, P. R., Simoneau, G. G. & Ulbrecht, J. S. and during the updating of internal models
Posture and gait in diabetic distal symmetrical Gottlieb, G. L. Kinematics is only a (good) start
polyneuropathy Graziano, M. S. & Gross, C. G. Somatotopically
Clark, F. J. How accurately can we perceive organized maps of near visual space exist
the positions of our limbs? Grobstein, P. Information processing styles
Clarke, T. L. Mathematics is a useful guide to brain and strategies: Directed movement, neural
function networks, space and individuality
Gutman, S. R. & Gottlieb, G. L. Virtual trajectory Pratt, C. A. & Macpherson, J. M. The many disguises
as a solution of the inverse dynamic problem of “sense”: The need for multitask studies of
Hallett, M. Operations of the motor system multiarticular movements
Hamm, T. M. & McCurdy, M. L. Making sense Prochazka, A. A vital clue: Kinesthetic input is greatly
of recurrent inhibition: Comparisons of circuit enhanced in sensorimotor “vigilance”
organization with function Proctor, R. W. & Franz, E. A. Is the posterior
Hasan, Z. Is stiffness the mainspring of posture parietal cortex the site for sensorimotor
and movement? transformation? Cross-validation from studies
Heuer, H. Computations, neural networks of stimulus-response compatibility
and the limits of human understanding Quinlan, P. Real space in the head?
Horak, F. B., Shupert, C. & Burleigh, A. Rager, J. E. There is much information in neural
Implications for human motor control network unit activations
Iansek, R. Converging approaches to the problem Ross, H. E. Command signals and the perception
of single-cell recording of force, weight and mass
Ingle, D. Spatial short-term memory: Evolutionary Rudomin, P. Presynaptic inhibition and information
perspectives and discoveries from split-brain studies transmission in neuronal populations
Ioffe, M. E. The necessity of a complex approach Schieppati, M. Selection of task-related motor output
in studying brain mechanisms of movement through spinal interneurones
Ito, M. Function versus synapse: Still a missing link? Schwarz, G. & Pouget, A. Signals, brains
Jaeger, D. Toward an integration of neurophysiology, and explanation
performance analysis, connectionism Seltzer, B. An anatomy of parallel distributed
and compartmental modeling processing
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