Encoding Information in Time & Space
Encoding Information in Time & Space
- In Most HDLs, "wires" are declared but the passage of time is embedded in the control structures.
- We are caught up (once again!) with imperative, sequential thinking and a Von Neumann model.
- We need a way of capturing both temporal and spatial encoding in a single, unified mathematical model.
- Use a type mechanism: "t-types"
NSF Summer Workshop, Nov. ‘87