avinashsuresh1/semantic-control-system
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A natural language control system for hardware control
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- Updated Oct 2026
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Semantic Control Systems (SCS)
A reference architecture and simulation framework for semantic control: natural-language directives are decoded by a fast System-1 decision model like Jev into deterministic hardware control signals, supervised by a System-2 model that simulates scenarios.
- Stars
- 0
- Language
- Python
- Reading time
- 2 min
- Published by
- Community
- Author
- avinashsuresh1
- Last verified
- Oct 2026
- Languages
- Python
- Capabilities
- Open source
Highlights
- Directives stay in natural-language semantics; a fast System-1 model like Jev decodes them into deterministic hardware control signals.
- A System-2 reasoning layer runs mental simulations at 0.1-1 Hz, counterfactual rollouts and risk forecasting.
- System 2 passes tactical priors and invariant constraints down to the System-1 tier above real-time sensor input.
- Framed as a reference architecture and simulation framework; Python, 0 stars, created and pushed 2026-10-03.
Watch out
README and GitHub metadata reviewed 2026-10-17; the captured text stops inside the architecture diagram, so the sensor and actuator tiers, how Jev would actually be called, the code structure and any results are not visible, and no license is listed.
Questions about this entry
Short answers drawn from the linked project or page.
A reference architecture where control directives operate directly in natural-language semantics: a fast System-1 decision model decodes them into deterministic hardware control signals.
The System-1 tier is described as a fast decision model like Jev that decodes natural-language directives into control signals, with the README explicitly naming Jev as the example.
It is a reasoning model that runs deliberative mental simulations at 0.1-1 Hz, counterfactual scenario rollouts, risk forecasting and invariant constraints, and passes tactical priors and constraints to System 1.
The README calls it a reference architecture and simulation framework, so it is meant to demonstrate and simulate the pattern; the captured diagram does not include deployment or product details.
System 2 sits above System 1: it emits tactical priors and constraints downward, while the System-1 tier works against real-time sensor input; the excerpt cuts off before the actuator side is shown.
Not necessarily, because the architecture only says System 1 is 'like Jev'; the digest shows no configuration, install steps or key requirements at all, so this cannot be confirmed.
It is an unlicensed Python repository with 0 stars and 0 forks, created and last pushed 2026-10-03; no benchmarks, code samples or run instructions were captured in the digest.
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