Abstract: A system for reserving a movable equipment such as a trailer is disclosed. The system includes a user tracking device configured to track a location of a user. The system includes a reservation management system configured to receive the location of the movable equipment and the location of the user. The reservation management system is configured to provide to a user device the location of the movable equipment, a pick-up point for picking the movable equipment and/or access instructions to the movable equipment at the pick-up point. The reservation management system is further configured to determine whether the user has activated reservation of the movable equipment at the pick-up location.

Abstract: A computer implemented system and method for performing a quantitative balance assessment on a subject are described. The method comprises instructing the subject to perform an assessment task with at least a first kinematic sensor mounted on the subject's head; collecting kinematic sensor measurements, comparing the measurements to a threshold value; summing the total number of kinematic sensor measurements that exceed the threshold value to generate a numerical score indicative of the subject's postural stability. The system makes use of only kinematic data collected from the wireless sensors to quantify BESS, and generate a BESS score, without any other physiological variables such as forward sway.

Abstract: The present document describes a computer implemented system and method for performing a quantitative balance assessment on a subject. The method comprises instructing the subject to perform an assessment task with at least a first kinematic sensor mounted on the subject's head; collecting kinematic sensor measurements, comparing the measurements to a threshold value; summing the total number of kinematic sensor measurements that exceed the threshold value to generate a numerical score indicative of the subject's postural stability. The system makes use of only kinematic data collected from the wireless sensors to quantify BESS, and generate a BESS score, without any other physiological variables such as forward sway.