Temporal State Machines
An exploration of state machines that explicitly model time as a first-class dimension, enabling rollback, branch, and temporal query operations at the infrastructure level.
Published topics include:
- State as a function of time
- Topology of commit graphs
- Latency budgets in human-AI systems
- Orientation-aware embedded systems
- Dimensional abstractions in infrastructure
Commit Graph Topology
Investigating the topological properties of version control commit graphs and their implications for distributed state synchronization and merge strategies.
Latency Budgets in Human-AI Systems
Analysis of response time constraints in interactive AI systems, examining the perceptual thresholds that define acceptable human-machine feedback loops.