Locomotion language in the wild: Biomechanical constraints and caveats
نویسندگان
چکیده
Semantic systems vary substantially across languages, but may nonetheless be constrained by structure in the world. Malt et al. (2008) advanced such an argument in the domain of locomotion. In their study, speakers of English, Spanish, Japanese, and Belgian Dutch named video clips of an individual locomoting on a treadmill. In all four languages, naming respected the distinction between walking and running gaits, suggesting a universal semantic constraint based on a biomechanical discontinuity. Here, we replicate this finding using a more complex and naturalistic stimulus set (clips from film trailers and online videos containing locomotion), and show that it generalizes to additional languages (Mandarin and Korean) and dialects (Netherlands Dutch). At the same time, we find that naming sometimes crosscuts the biomechanical walk-run distinction when locomotion is ambiguous. In the case of Dutch, we find that basic-level locomotion terms sometimes take on superordinate meanings, straddling the basic-level category boundary.
منابع مشابه
Dynamics and Regulation of Locomotion of a Human Swing Leg as a Double-Pendulum Considering Self-Impact Joint Constraint
Background:Despite some successful dynamic simulation of self-impact double pendulum (SIDP)-as humanoid robots legs or arms- studies, there is limited information available about the control of one leg locomotion.Objective :The main goal of this research is to improve the reliability of the mammalians leg locomotion and building more elaborated models close to the natural movements, by modelin...
متن کاملLearning to Move.
Locomotion-moving the body from place to place-is one of infants' greatest achievements. In addition to conquering gravity, infants must cope with variable and novel constraints on balance and propulsion. At the same time that they are learning to move, changes in infants' bodies, skills, and environments change the biomechanical constraints on movement. Recent work highlights both flexibility ...
متن کاملGait Based Vertical Ground Reaction Force Analysis for Parkinson’s Disease Diagnosis Using Self Organizing Map
The aim of this work is to use Self Organizing Map (SOM) for clustering of locomotion kinetic characteristics in normal and Parkinson’s disease. The classification and analysis of the kinematic characteristics of human locomotion has been greatly increased by the use of artificial neural networks in recent years. The proposed methodology aims at overcoming the constraints of traditional analysi...
متن کاملGait strategy changes with walking speed to accommodate biomechanical constraints
Steady state human locomotion at level ground needs compensatory energy input against impulsive energy loss during heel strike. Ground push-off by the stance leg right before the onset of double support phase appeared to be four times energy efficient than the an active hip torque generation during the swing phase [1]. However, if there is biomechanical constraint applied to the maximum allowab...
متن کاملPopulism, Exclusion, Post-truth. Some Conceptual Caveats; Comment on “The Rise of Post-truth Populism in Pluralist Liberal Democracies: Challenges for Health Policy”
In their editorial, Speed and Mannion identify two main challenges “the rise of post-truth populism” poses for health policy: the populist threat to inclusive healthcare policies, and the populist threat to well-designed health policies that draw on professional expertise and research evidence. This short comment suggests some conceptual clarifications that might help in thinking through more p...
متن کامل