• Journal of Korean Philosophical Society
• /
• v.143
• /
• pp.67-86
• /
• 2017

The purpose of this paper is to critically investigate John McDowell's naturalism, and propose an alternative direction of inquiry in order for his naturalism to have a more explanatory cogency. McDowell's main project is to settle a philosophical anxiety that has made traditional philosophy waver between mind and world. If one stands on the world side, he would appeal to "the unintelligible given," and on the other hand, if one stands on the mind side, he would fall into anarchistic relativism. In order to relieve the traditional philosophical anxiety, what McDowell has in mind is to reintroduce an empiricistic intuition into a pragmatic conceptual setting. Although McDowell is successful in that it could avoid methodological difficulties with which traditional philosophy has faced, his discussion seems to give rise to a charge of "the Myth of the Given," presenting perceptual judgement as a model of judgement. I propose that McDowell has yet to account for the relation between perceptual and abstract judgements in a more cogent way, which has been far better explained by the experientialist account of the nature and the structure of the embodied experience.

• Safety and Health at Work
• /
• v.6 no.3
• /
• pp.159-173
• /
• 2015

The hand coordinate systems for measuring vibration exposures and biodynamic responses have been standardized, but they are not actually used in many studies. This contradicts the purpose of the standardization. The objectives of this study were to identify the major sources of this problem, and to help define or identify better coordinate systems for the standardization. This study systematically reviewed the principles and definition methods, and evaluated typical hand coordinate systems. This study confirms that, as accelerometers remain the major technology for vibration measurement, it is reasonable to standardize two types of coordinate systems: a tool-based basicentric (BC) system and an anatomically based biodynamic (BD) system. However, these coordinate systems are not well defined in the current standard. Definition of the standard BC system is confusing, and it can be interpreted differently; as a result, it has been inconsistently applied in various standards and studies. The standard hand BD system is defined using the orientation of the third metacarpal bone. It is neither convenient nor defined based on important biological or biodynamic features. This explains why it is rarely used in practice. To resolve these inconsistencies and deficiencies, we proposed a revised method for defining the realistic handle BC system and an alternative method for defining the hand BD system. A fingertip-based BD system for measuring the principal grip force is also proposed based on an important feature of the grip force confirmed in this study.