quantitative biomechanical analyses typically involve six to eight cam terjemahan - quantitative biomechanical analyses typically involve six to eight cam Bahasa Indonesia Bagaimana mengatakan

quantitative biomechanical analyses

quantitative biomechanical analyses typically involve six to eight cameras strategically positioning relative to the movement of interest. only when human motion is occurring perpendicular to the optical axis of a camera are the angeles present at joint viewed without distortion.
biomechanists usually perform a quantitative video analysis with computer-linked equipment that enables the calculation of kinematic as well as kinetic quantities of interest for each picture. the traditional procedure for analyzing each picture from a film or video involves a process called digitizing. oringally, this was a tedious and time-consuming process that involved the activation of a hand-held pen, cursor, or mouse over the ,image of individual's joint centers or other points of interest, with the position coordinates of each point stored in a computer data file, today , however, automated systems that track reflective makers on joint centers and store their 3-D location in data files are common. these files are subsenquently accessed by software that calculates kinematic and kinetic quantities of interest. Some more advandced video -based systems enable automated tracking and digitizing of high-contrast on kyhe film or video by computer software.
OTHER MOVEMENT-MONITORING SYSTEMS
Other technologies for scientific and clinical application involving kinematic analysis of human movement are also available today. These systems provide real-time tracking of electromagnetic makers, which are attached to the skin over joint centers or otheir points of interest. this approach eliminates the necessity of keeping a camera's line of sight free from obstructions, but enables only about a tenth the capture rate of digital video.











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quantitative biomechanical analyses typically involve six to eight cameras strategically positioning relative to the movement of interest. only when human motion is occurring perpendicular to the optical axis of a camera are the angeles present at joint viewed without distortion.
biomechanists usually perform a quantitative video analysis with computer-linked equipment that enables the calculation of kinematic as well as kinetic quantities of interest for each picture. the traditional procedure for analyzing each picture from a film or video involves a process called digitizing. oringally, this was a tedious and time-consuming process that involved the activation of a hand-held pen, cursor, or mouse over the ,image of individual's joint centers or other points of interest, with the position coordinates of each point stored in a computer data file, today , however, automated systems that track reflective makers on joint centers and store their 3-D location in data files are common. these files are subsenquently accessed by software that calculates kinematic and kinetic quantities of interest. Some more advandced video -based systems enable automated tracking and digitizing of high-contrast on kyhe film or video by computer software.
OTHER MOVEMENT-MONITORING SYSTEMS
Other technologies for scientific and clinical application involving kinematic analysis of human movement are also available today. These systems provide real-time tracking of electromagnetic makers, which are attached to the skin over joint centers or otheir points of interest. this approach eliminates the necessity of keeping a camera's line of sight free from obstructions, but enables only about a tenth the capture rate of digital video.











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biomekanik analisis kuantitatif biasanya melibatkan enam sampai delapan kamera strategis posisi relatif terhadap pergerakan suku bunga. hanya ketika gerakan manusia terjadi tegak lurus terhadap sumbu optik kamera yang hadir angeles pada sendi dilihat tanpa distorsi.
biomechanists biasanya melakukan analisis video kuantitatif dengan peralatan-linked komputer yang memungkinkan perhitungan kinematik serta jumlah kinetik yang menarik untuk setiap gambar. prosedur tradisional untuk menganalisa setiap gambar dari film atau video melibatkan proses yang disebut digitalisasi. oringally, ini adalah proses yang membosankan dan memakan waktu yang melibatkan aktivasi genggam pena, kursor, atau mouse, citra individu pusat sendi atau tempat menarik lainnya, dengan posisi koordinat masing-masing titik disimpan dalam data file komputer, hari ini, bagaimanapun, sistem otomatis yang melacak pembuat reflektif pada pusat bersama dan menyimpan lokasi 3-D dalam file data yang umum. file-file ini subsenquently diakses oleh perangkat lunak yang menghitung jumlah kinematik dan kinetik yang menarik. Beberapa video yang lebih advandced berbasis sistem memungkinkan pelacakan otomatis dan digitalisasi tinggi kontras pada kyhe film atau video dengan perangkat lunak komputer.
SISTEM GERAKAN-MONITORING LAIN
Teknologi lainnya untuk aplikasi ilmiah dan klinis yang melibatkan analisis kinematik dari gerakan manusia juga tersedia saat ini. Sistem ini menyediakan pelacakan real-time dari pembuat elektromagnetik, yang melekat pada kulit di atas pusat sendi atau poin otheir menarik. Pendekatan ini menghilangkan perlunya menjaga line kamera terlihat bebas dari penghalang, tetapi memungkinkan hanya sekitar sepersepuluh tingkat capture video digital.











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