Dexterous Aerial Manipulation#

A figure-based aerial-robot design brief for tree-health inspection using a resistograph.

See Text Problem Catalog for the text family index.

Quick Facts#

Field	Value
Problem ID	`ideation_dexterous_aerial_manipulation`
Problem Family	text
Implementation	`TextProblem`
Capabilities	`citation-backed`, `prompt-packet`, `statement-markdown`
Study Suitability	`human-subjects-ready`, `ideation-friendly`
Tags	`text`, `human-subjects`, `ideation`, `aerial-robotics`, `structural-health`, `inspection`

Taxonomy#

Formulation: textual_prompt
Is Dynamic: no
Orientation: engineering_practical
Objective Mode: qualitative
Constraint Nature: embedded-constraints
Tags: text, human-subjects, ideation, aerial-robotics, structural-health, inspection
Deliverable Type: concepts
Timebox Hint (Minutes): 45
Participants: individual
Evaluation Mode: idea_generation

Statement#

Resistograph for Structural Health Monitoring:

measure wood resistance via drilling
assessing wood density, quality and health condition

Design Specifications:

withstand the reaction force from drilling
stay as still as possible
to prevent the drill from snapping
minimize introducing interference to sensitive resistograph measurement

Prompt Profile#

Field	Value
Deliverable Type	concepts
Timebox Hint (Minutes)	45
Participants	individual
Evaluation Mode	idea_generation

Sources#

Key	Summary
`tan_foong_holtta_otto_2022`	Tan, Foong, and Holtta-Otto (2022). Aerial Robot Design Principles in Creative Idea Generation and Evolution. ASME IDETC/CIE 2022, DETC2022-90024.

Raw Citation Records#

Tan, Chee How, Shaohui Foong, and Katja Holtta-Otto (2022). Aerial Robot Design Principles in Creative Idea Generation and Evolution. ASME IDETC/CIE 2022, DETC2022-90024.