Shawnrussell




Professional Introduction for Shawn Russell
Research Focus: Cross-Style Dance Motion Transfer Systems
As a researcher specializing in AI-driven dance style migration, I develop computational frameworks to decompose, analyze, and recombine movement aesthetics across dance genres—preserving artistic intent while enabling novel choreographic synthesis.
Core Innovations
Style Disentanglement & Transfer
Designed hierarchical motion encoders to isolate style (e.g., flamenco’s footwork dynamics) from content (basic step sequences), enabling cross-genre transfers (ballet→hip-hop).
Introduced temporal attention gates to handle asynchronous style-content pairs (e.g., adapting Bharatanatyam’s rhythmic patterns to contemporary dance).
Ethical Motion Representation
Curated culturally annotated datasets with indigenous practitioners to avoid appropriation (e.g., distinguishing sacred Māori haka from derivative forms).
Proposed provenance tracking for synthetic choreography, embedding lineage metadata in motion-capture data.
Real-World Applications
Augmented Performance: Tools for dancers to "try on" styles digitally before physical rehearsal.
Cultural Preservation: Stylistic archiving for endangered dance forms via generative repositories.
Methodologies:
Hybrid architectures (Graph CNNs + Transformers) for 3D pose style manipulation.
Perceptual loss functions trained with professional dancer feedback.
Vision: To expand human creativity through AI, not replace it—where technology dances in service of art.
Optional Customization:
Add specific tools (e.g., Blender-Mixamo pipelines).
Include collaborations (e.g., Laban Movement Analysis experts).
Short pitch: "I make AI understand the difference between a pirouette and a pop-and-lock. Let’s redefine dance tech!"
ThisresearchrequiresGPT-4’sfine-tuningcapabilitybecausedancemovementstyle
transferinvolvescomplexmovementfeatureextractionandstyleconversion,
necessitatinghighercomprehensionandgenerationcapabilitiesfromthemodel.
ComparedtoGPT-3.5,GPT-4hassignificantadvantagesinhandlingcomplexdata(e.g.,
dancemovementdata)andintroducingconstraints(e.g.,artistryrequirements).For
instance,GPT-4canmoreaccuratelyinterpretdancemovementdataandgeneratetransfer
resultsthatcomplywithartistryrequirements,whereasGPT-3.5’slimitationsmay
resultinincompleteornon-complianttransferresults.Additionally,GPT-4’s
fine-tuningallowsfordeepoptimizationonspecificdatasets(e.g.,dancemovement
data,artistryevaluationstandards),enhancingthemodel’saccuracyandutility.
Therefore,GPT-4fine-tuningisessentialforthisresearch.
AIinDanceCreation:Studiedgenerativeadversarialnetwork-baseddancemovement
generationsystems,publishedinAIandArt.
DanceMovementFeatureExtractionTechnologies:Exploredtheapplicationofdeep
learningindancemovementfeatureextraction,publishedinDanceTechnologyReview.
ResearchonStyleTransferAlgorithms:Analyzedtheapplicationprospectsofstyle
transferalgorithmsintheartfield,publishedinStyleTransferJournal.