BS EN ISO 9241-910:2011
$198.66
Ergonomics of human-system interaction – Framework for tactile and haptic interaction
Published By | Publication Date | Number of Pages |
BSI | 2011 | 68 |
This part of ISO 9241 provides a framework for understanding and communicating various aspects of tactile/haptic interaction. It defines terms, describes structures and models, and gives explanations related to the other parts of the ISO 9241 “900” subseries. It also provides guidance on how various forms of interaction can be applied to a variety of user tasks.
It is applicable to all types of interactive systems making use of tactile/haptic devices and interactions.
It does not address purely kinaesthetic interactions, such as gestures, although it might be useful for understanding such interactions.
PDF Catalog
PDF Pages | PDF Title |
---|---|
11 | Scope Terms and definitions |
14 | Introduction to haptics |
15 | Human haptic exploration Importance of the haptic sense Haptics and vision Similarities and differences between haptics and vision Co-location of visual and haptic space |
16 | Implications for haptic displays Manual exploration of objects Training in exploratory procedures |
17 | The problem of getting an overview of a scene with haptics Minimum physical stimulation: absolute thresholds Minimum differences needed for perception Perception of geometric properties of objects Perception of weight |
18 | Perception of material properties Number and size of contact surfaces in tactile/haptic device Summary |
19 | When to use tactile/haptic interactions General Accessibility |
20 | Desktop interactions Mobile interactions Robotics |
21 | Medical Gaming |
22 | Art and creativity Multimodal applications and simulators |
23 | Designing tactile/haptic interactions Design guidelines for tactile/haptic interaction Human-centred design Design of individual interactions Design of tactile/haptic interfaces |
24 | Designing tactile/haptic space General Designing logical space Designing physical space |
25 | Addressability and resolution in tactile/haptic interaction General Tactile/haptic output addressability |
26 | Tactile/haptic input resolution Device User Tactile/haptic resolution and its relationship with tactile/ |
27 | User-initiated interactive task primitives General Searching Overviewing |
28 | Navigating Targeting Selection General Object or function selection |
29 | Group selection Space selection System property selection Manipulation General Zooming Reorienting Moving Sizing |
30 | Attribute inspection Creation and deletion Modifying attributes (attributes and relationships) Tactile/haptic interaction elements General Tactile/haptic functional effects General Activation and deactivation of effects |
31 | Force vector Force field Spring effect Damping effect Mass effect Temperature field Tactile/haptic properties of objects Properties of objects |
32 | General object properties Position, shape and size Stiffness Surface properties General Frictional surface Magnetic surface Texture |
33 | Roughness Thermal properties Control elements Elements with haptic feedback Elements without haptic feedback Using multi-point-contact interfaces |
34 | Combining elements and effects Distinguishability The range of tactile/haptic interface devices General Selection criteria Mobility Device-body interface |
35 | Degrees of freedom (DOF) |
36 | Maximum stiffness Motion range |
37 | Force and torque Peak force and torque Maximum continuous force and torque Minimum displayable force and torque |
38 | Force and torque resolution Dynamic force and torque range Free-space motion resistance Inertia |
39 | Peak acceleration Friction Static friction Kinetic friction Temporal parameters Bandwidth |
40 | System latency Device latency Environmental factors Acoustic noise |
41 | Weight Size Safety Mechanical safety |
42 | Electrical safety Thermal safety Postural considerations Working position Limb support |
43 | Adaptability Modification Controllability Installation Reliability |
44 | Maintenance Fidelity |