Abstract: Provided are an elastic wave radar detection device and method. The device includes a vibration excitation device, a first sensor, a second sensor, and a controller. The first sensor is arranged on the vibration excitation device, and the second sensor is arranged on a detected object. The first sensor is used to collect vibration excitation information, namely, an incident signal, and the second sensor is used to collect information of the detected object, namely, a vibration signal. Both the first sensor and the second sensor are connected to the controller. The elastic wave radar detection device and method provided by the present disclosure can receive vibration excitation information and introduce a standard incident signal, so as to achieve the uniformity of signals and improve the detection accuracy.

Abstract: For a receiving surface coil (1) for detecting nuclear magnetic resonance signals from a patient a solution for an easy adaption of the receiving surface coil (1) to the anatomy of the patient shall be created. This is achieved by a receiving surface coil (1) for detecting nuclear magnetic resonance signals from a patient, the receiving surface coil (1) comprising: a flexible housing (13) with an opening (2), a set of RF loop elements (8, 9) housed in the flexible housing (13), wherein the set of RF loop elements (8, 9) comprises at least a central loop (9) element running around the opening (2) in the flexible housing (13) and a plurality of loop elements (8) arranged around the opening (2).

Abstract: Balancing an exercise intensity level and a fun factor of a game is non-trivial and challenging. Disclosed herein are aspects and embodiments of an optimization-based approach to address this challenge. The approach can be applied to synthesize a game level with a desired exercise intensity level. By formulating the design problem as an optimization, a level designer can easily balance factors concerning the exercise intensity level of the game as well as other design factors and constraints.

Abstract: Balancing an exercise intensity level and a fun factor of a game is non-trivial and challenging. Disclosed herein are aspects and embodiments of an optimization-based approach to address this challenge. The approach can be applied to synthesize a game level with a desired exercise intensity level. By formulating the design problem as an optimization, a level designer can easily balance factors concerning the exercise intensity level of the game as well as other design factors and constraints.