Complete guide to automata theory conversions and AI-powered assistance for formal language processing
Start Converting NowLearn how to perform your first automata theory conversion with our AI-powered platform.
State Forge supports four main automata theory conversions.
Enter automata descriptions in the specified format.
Upload diagram images for AI-powered text extraction.
Get intelligent help and explanations for your conversions.
View results and manage your conversion history.
See examples of input formats and expected outputs for each conversion type
Input:
"A: a-->A, b-->B; B: a-->A, b-->C; C: a-->A, b-->C; in:A; fi:COutput:
States: {q0, q1}
Transitions: δ(q0,a)=q0, δ(q0,b)=q1, δ(q1,a)=q0, δ(q1,b)=q1
Initial: q0, Final: {q1}Input:
a*b+Output:
States: {q0, q1, q2, q3}
ε-transitions: δ(q0,ε)={q1}, δ(q2,ε)={q3}
Transitions: δ(q1,a)={q1}, δ(q1,b)={q2}, δ(q2,b)={q2}Input:
q0: a-->q1, ε-->q2; q1: b-->q2; q2: ε-->q0; in:q0; fi:q2Output:
States: {q0,q2}, {q1}, {q2}
Transitions: δ({q0,q2}, a) = {q1}
Initial: {q0,q2}, Final: {q0,q2}, {q2}Input:
aabbOutput:
States: {q0, q1, q2}
Stack Alphabet: {Z, A}
δ(q0,a,Z)={(q1, AZ)}, δ(q1,a,A)={(q1, AA)}
δ(q1,b,A)={(q2, ε)}, δ(q2,b,A)={(q2, ε)}Quick answers to common questions
Go to the Conversions page, select a model from the sidebar, enter your input data, and click Convert.
We support text input with specific formats for each model type, and image uploads (PNG, JPG, JPEG, SVG) for DFA and ε-NFA models.
DFA Minimization, Regex to ε-NFA, ε-NFA to DFA, and Push Down Automata (PDA) conversions.
Our AI assistant uses Google Gemini 2.0 Flash with LangGraph for context-aware conversations about automata theory and conversion explanations.
Yes, you can export diagrams as PNG files and view your conversion history through the dedicated history feature.
State Forge uses PyTorch-based transformer neural networks with custom tokenizers for high-quality automata theory conversions.
Follow these guidelines for optimal automata theory conversions
State Forge is built on cutting-edge AI and web technologies
Neural network models with GPU acceleration support
Web application framework for interactive interfaces
Language used in backend to handle models, build APIs
AI-powered text extraction and conversational assistance
State diagram visualization and export functionality
Now that you understand State Forge's capabilities, start your first automata theory conversion!