Sports Kinesiology & Robust Motion Analysis Software Development
APPWRK Custom Sports Kinesiology & Robust Motion Analysis Software provides high-level capabilities for efficient collaboration across Sports organizations.
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Sports Kinesiology & Robust Motion Analysis Software Development Services
APPWRK provides cutting-edge kinesiology software services to support sports institutions, educators, curriculums, and health-related programs.
Kinesiology Imaging Integrations
We integrate Kinect-based motion capture technology with our engineers' applications for capturing EEG, QEEG, and EMG information or data. In addition to supporting many records, we also support Biovision Hierarchical Data (BVH), SDL, Alias Skeleton (ASK), C3D, Acclaim designs (ASF/AMC), MVNX, MNM, and many others.
Motion Analysis Software
As part of our Motion Analysis Software, we incorporate remote control, biometrics, IMUs, examining, 2D/3D imaging, video-based sensors, wearable device applications, marker-less, increased/augmented reality (AR/VR), embedded device applications, and more.
Motion Tracking Software
APPWRK motion tracking systems analyze and track skeletal, muscular, joint, hand, eye, posture, gait, stride, balance, 3D range of motion, 3D anatomical analysis, and degrees of freedom (6DOF).
Optical Motion Capture System
We build optical motion capture platforms that have a variety of customized modules, including active/passive, inertial, marker-less, pulsed-LEDs, active LEDs, tracking algorithms, and computer vision features.
3D Modelling Software Services
APPWRK services include 3D modeling and graphics application programming for musculoskeletal, motion, and visual analysis, which includes custom graphics, animation tools, 3D physiology animations, calculations/metrics features, and integrations with data capture systems.
Sports Kinesiology Software
As sports kinesiology software developers, we provide sports training software for human health, fitness, performance, physical therapy and rehabilitation services, biofeedback, ergonomics, biomechanics, anatomy, and training applications.