MDPE.10:6 - Sources and Epistemic Boundaries
Capability development connects learning support, practice and transfer. Assess what the performer can do in the intended later Work and which conditions the assessment covers.
| Source or maintained result | Contribution used here | Boundary |
|---|---|---|
FPF E.23.CDI and A.2.2 | General holder–Work–limitation–intervention–transfer Method and holder-dependent capability identity. | They do not supply Music-or-Dance material, body, rhythm, instrument, partner, ensemble, context, or performance filling. |
| Timing examples in the Dance profile and the local Balboa cases | Layered timing, contact, weight, partner feedback, and variation for Dance capability design. | Method-design input only; no named-holder capability or mandatory lesson order. |
| Heald, Lengyel, and Wolpert, COIN sensorimotor model | Separation of motor-memory creation or updating from context-dependent expression; graded mixtures under inferred context. | Tested in human sensorimotor adaptation; other performance and learning uses remain hypotheses requiring discriminating probes. |
| Heald, Lengyel, and Wolpert, Contextual inference in learning and memory | Context dependence across conditioning, episodic memory, economic decision-making, and motor learning motivates cross-domain tests. | It does not establish one COIN computation for every memory, reasoning task, or learner. |
| Ogasa et al., decision uncertainty as a context for motor memory | Internal decision conditions can contribute to context-dependent expression. | One motor-adaptation factor does not reveal a learner’s unrestricted context categories. |
| Kumar et al., contextual cues and transition statistics | Cue availability, recency, transition history, blocked and interleaved schedules, and competing motor-memory expression. | Six visuomotor experiments do not establish one optimal schedule for every learner, Music or Dance task, or non-motor domain. |
| Reybrouck and Schiavio, Music performance as knowledge acquisition; Hohagen and Immerz, focus of attention review; Moura et al., solo assessment criteria | Coupled bodily, auditory, visual, instrumental, attentional, technical, interpretive, expressive, rhythmic, and instrument-specific pressures. | These sources do not supply one universal cue, rubric, or capability-development Method. |
| Fitch and Barnstaple, Dance as mindful movement; Silang, Zhou, and Gao, Dance pedagogy review | Automatized subskills, deliberate attention, demonstration, correction, exploration, reflection, dialog, feedback, and choice as candidate components. | The sources do not establish one definition of Dance, lesson order, or universally superior pedagogy. |
| Georgia Tech Shimon project, 2017 account, actuator study, and gesture study | Robot-holder capability, generation/control/actuation separation, bounded performance evidence, and separate human development decisions. | Results remain configuration-, material-, measure-, and condition-bounded. |
| Georgia Tech Barnes prosthesis account, finger-control account, and Drumming Arm study | Person, device, combined-configuration, engineering, co-adaptation, and performance distinctions. | One performer and device lineage does not supply a universal prosthesis or teaching Method. |
| Yamamura et al., JIZAI ARMS | Equipped-body configuration, co-design, embodied observations, and open questions. | Physical possibility and prototype interaction do not establish Dance capability or transfer. |
Reconsider the capability-development Method when a direct field Method supplies the same transfer result with less burden, a changed performer, partner, instrument or controller configuration requires different practice conditions or a different transfer test, or observations contradict a relied-on transfer hypothesis.