Estimation of Gait Parameters for Transfemoral Amputees Using Lower Limb Kinematics and Deterministic Algorithms

Table 1

List of subjects for whom the walking data are used in this study.

Subjects	Age	Gender	Mass (kg)	Height (m)	Etiology	Age of amputation (years)	K-level	Prescribed prosthesis		Number of trials
								Knee	Ankle
TF01	26	Male	64.9	1.78	Traumatic	5	K3	Plie FI	AllPro FI	21
TF05	72	Male	79.4	1.65	Traumatic	4	K2	C-Leg Obk	Triton Low Profile Obk	25
TF07	49	Male	102.1	1.91	Traumatic	10	K3	C-Leg Obk	Triton Obk	22
TF08	42	Male	95.3	1.85	Traumatic	6	K3	Rheo Os	AllPro FI	25
TF09	65	Male	69.4	1.70	Traumatic	2	K2	C-Leg Obk	Trias Obk	25
TF11	51	Male	70.3	1.68	Traumatic	33	K3	C-Leg Obk	Trias Obk	23
TF12	59	Male	99.8	1.83	Traumatic	16	K2	C-Leg Obk	Trias Obk	23
TF13	61	Male	88.5	1.88	Traumatic	3	K3	Rheo Os	Proflex XC Os	20
TF15	23	Female	68.0	1.75	Traumatic	5	K3	Plie FI	Proflex XC Os	11
TF16	36	Male	100.2	1.80	Traumatic	8	K3	C-Leg Obk	AllPro FI	25
TF17	38	Male	104.3	1.91	Traumatic	33	K3	Plie FI	Soleus ClgPk	25
TF19	30	Female	59.0	1.60	Traumatic	10	K3	3R80 Obk	AllPro FI	25
Mean (SD)	46.0 (15.4)		83.4 (16.0)	1.8 (0.1)		11.3 (10.4)

Complete details on amputation can be found in [34].