D2.1 Requirements and Specification - CORBYS
D2.1 Requirements and Specification - CORBYS
D2.1 Requirements and Specification - CORBYS
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<strong>D2.1</strong> <strong>Requirements</strong> <strong>and</strong> <strong>Specification</strong><br />
Requirement No. HSS1<br />
Name: Sensors implemented in the <strong>CORBYS</strong> system<br />
Description: The actual sensors selected will be defined in the detailed specification<br />
Reason / Comments: Comment<br />
Anticipated sensors:<br />
� Heart rate<br />
� EMG (muscular activity)<br />
� EDR <strong>and</strong>/or humidity/sweat sensors<br />
� Inertial measurement units (3 axis accelerometer, gyroscope <strong>and</strong> magnetometer)<br />
� The requirements for mechanical sensing (force, torque, angular joint movements,<br />
force/pressure distribution) need to be discussed with the consortium<br />
Indicative priority M<strong>and</strong>atory<br />
Requirement No.: HSS2<br />
Name: Sensor locations<br />
Description: The actual sensors selected will be defined in the detailed specification.<br />
Reason / Comments: Comment:<br />
A complete discussion on the physical/mechanical patient-robot interface configuration is<br />
required here. Some aspects related to sensing:<br />
� Homing positions of inertial sensors<br />
� Positions of robot mechanical support to the patient (such as limb fixation) <strong>and</strong><br />
patient movement actuators<br />
� Actuator position movement vs. limb position movement: Both the robot <strong>and</strong> the<br />
body sensors can be used to find e.g. the position <strong>and</strong> angle of a knee. Which is<br />
best, or is redundancy required?<br />
� Can certain sensing components be integrated in the robot itself, rather than being<br />
mounted on the patient?<br />
Indicative priority M<strong>and</strong>atory<br />
Requirement No.: HSS3<br />
Name: Patient user size<br />
Description: Adult users. Height, weight circumferences will be discussed with clinical partners<br />
Reason / Comments: Comment:<br />
� A complete discussion on the physical/mechanical patient-robot interface<br />
configuration is required here. Some aspects related to sensing:<br />
� Homing positions of inertial sensors<br />
� Positions of robot mechanical support to the patient (such as fixing on of limb) <strong>and</strong><br />
patient movement actuators<br />
� Actuator position movement vs. limb position movement: Both the robot <strong>and</strong> the<br />
body sensors can be used to find e.g. the position <strong>and</strong> angle of a knee. Which is<br />
best, or is redundancy required?<br />
� Can certain sensing components be integrated in the robot itself, rather than being<br />
mounted on the patient?<br />
Indicative priority M<strong>and</strong>atory<br />
Sensor Output<br />
Requirement No.: HSS4<br />
Name: Sensor output of primary parameter values<br />
Description: Definition on how human sensor parameters are shared with the rest of the <strong>CORBYS</strong><br />
system, as well as in export to log files: Details are to be defined.<br />
Reason / Comments: (Example:<br />
Heart rate will be in [beats/minute], based on integration of values during the past 5 seconds.<br />
The value will be updated every second)<br />
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