Strength fitness control system and motor balance based on FPGA and wireless sensors

摘要

The Good quality ready for balance, adjustment and pose more helpful. According to a study, due to poor practice and a high personal risk of falling (and a ton of damage), the contrast, the quality of the preparatory work reduces the risk of falls. It is of high quality?no preparation movement of people. The latest trends in the sensor frame are looking for a method to provide higher accuracy and target while reducing the size and the use of force. Using a Field Programmable Gate Array (FPGA) brings explicit innovative devices that can be reprogrammed; correcting these innovations may be used for the sensor frame reconfigurable. This conversion capability allows the use of low power consumption and an incomplete configuration of complex applications. Since the FPGA?s adaptive structure (parallel processing, on-chip memory, etc.) and the configurable properties genius performing the computationally brings high productivity, they are used in very high demand tasks. It has been supported. Improved display of sensor frame FPGA is now available for new uses. Spain is emerging another FPGA rely more sensitive, reconfigurable on, low-power sensor of the times. This white paper provided an overview of these improvements, an overview of the FPGA?s innovative use in a unique exploration of the meeting, and outlined the future considering the field.