NOVELTY - The textile-based human MAF system (100) has garment (102) which includes controller (106), electromyography (EMG) sensors (104A-104C) that acquire bio-potential signals indicating muscle activation, battery pack (118) coupled with controller and EMG sensors, fabric including an electrode base for each EMG sensor, and conductive leads (108) coupled with electrode base and controller. The electrode base is made from conductive resin material and formed directly on fabric. Each conductive lead is made from flexible and electrically conductive material that is positioned on fabric.    USE - Textile-based human MAF system for physical activity of user, such as strength and conditioning in athletics.    ADVANTAGE - Communication electronics configured to transmit and/or receive information wirelessly are incorporate into the form-fitting sensor garment in permanent or detachable manner. The components are constructed such that they can withstand repeated washing and drying. Washable electromyography (WE) sensors measure muscle activity associated with different muscles. More complex analysis and feedback are performed when groups of muscles are measured together, such as in bench-press exercise routine, and made available to user, e.g., wirelessly via an application (APP) running on a smartphone or tablet. The wearable garment includes WE sensor to monitor multiple muscles, without requiring adhesive. Can be used to train proper procedures in manufacturing environment, work environment, and athletic endeavors, providing injury prevention in workplace in the same way as in athletic training setting. Provides more user-friendly experience when used in clinic, and can be applied for use in self-guided rehabilitation and injury prevention training. The design of garment and geometry of electrodes are configured to account for variations in user body types and resulting alignment concerns. Provides real-time feedback to user based on analysis of sensor outputs. The feedback is made in visual or audible form to allow a user to easily understand muscle activity and how to improve and/or correct a workout routine, thus virtual coaching can be accomplished in real time to coach the user over the course of the workout. The processing and communication electronics on the form-fitting sensor garment allow for data exchange, e.g., via a wireless communication link, with the exercise equipment, the smart personal communication device (SPCD), the feedback device and/or the Internet.    DETAILED DESCRIPTION - The garment is configured to withstand cycles of washing, drying or both, without damage to the garment, the controller, the EMG sensors, the electrode base, the conductive leads, and the battery pack. The fabric positions the EMG sensors in contact with muscles of human subject to sense bio-potential signals associated with muscles, when garment is worn by human subject. An equipment detector (116) included with the garment has first wireless communication link configured to wirelessly link with an exercise equipment (190) coupled with the human subject during muscle activation.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic diagram of textile-based human MAF system.    Textile-based human monitoring, analysis and feedback system (100)    Garment (102)    Sensors (104A-104C)    Controller (106)    Conductive leads (108)    Equipment detector (116)    Battery pack (118)    Exercise equipment (190)