PubMed · 7444086
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W Jamieson. 1980. Dormavac: low pressure storage for perishable commodities.. https://pubmed.ncbi.nlm.nih.gov/7444086/
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Proper design of rooms for telemedicine store-and-forward and realtime interactive consultations is critical. The challenge is to incorporate communication technology into medical practice to facilitate efficient communication and effective patient care. If this is done properly, the technology becomes unnoticeable to those involved in the telemedicine interaction. This article describes some of the steps that can be taken in a telemedicine room design to achieve this goal. Room location, treatments, background, lighting, power and telecommunications aspects are reviewed. Although every room design will have its own unique challenges, adhering to these basic principles will provide an excellent foundation to begin with.
We propose and then evaluate a new framework for finding the physical parameters of an artificial environment which give rise to given target physiological characteristics. We assume that a human is a system that takes as inputs the physical parameters of an artificial environment and outputs physiological parameters in response. We define our task as the inverse problem; we must find the best inputs from given target outputs. Our proposed framework solves the inverse problem using evolutionary computation techniques to optimize an artificial environment. We evaluate this framework using a simulation with a vibration environment and verify that it works.