Comments (1)
Define Integration Layer Interfaces
-
SymbolicReasoningEngine Interface:
- Define an interface or set of traits in the SymbolicReasoningEngine package that the Integration Layer can implement.
- Include methods for exchanging information between the SymbolicReasoningEngine and the Neural Network Engine, such as input and output data formats.
-
Neural Network Engine Interface:
- Similarly, define an interface or set of traits in the Neural Network Engine package that the Integration Layer can implement.
- Include methods for training, inference, and exchanging data with the SymbolicReasoningEngine.
Example Trait for SymbolicReasoningEngine:
trait SymbolicIntegration {
fn send_symbolic_data(&self, data: &SymbolicData);
fn receive_neural_output(&self, output: &NeuralOutput);
}
Example Trait for Neural Network Engine:
trait NeuralIntegration {
fn send_neural_data(&self, data: &NeuralData);
fn receive_symbolic_output(&self, output: &SymbolicOutput);
}
Update SymbolicReasoningEngine for Integration
- Modify SymbolicReasoningEngine:
- Add methods or components that allow it to send data to the Integration Layer.
- Enhance the engine's capability to receive and process output from the Integration Layer.
Example Implementation in SymbolicReasoningEngine:
struct SymbolicReasoningEngine {
// ... existing fields
// Integration Layer reference
integration_layer: Box<dyn SymbolicIntegration>,
}
impl SymbolicReasoningEngine {
pub fn new(integration_layer: Box<dyn SymbolicIntegration>) -> Self {
SymbolicReasoningEngine {
// ... initialize other fields
integration_layer,
}
}
pub fn process_neural_output(&self, output: &NeuralOutput) {
// Process neural network output and update the reasoning engine state
// ...
}
}
Implement Integration Layer
-
Create Integration Layer Package:
- Develop a new package, e.g.,
IntegrationLayer
, responsible for implementing the interfaces defined in Step 1. - This package acts as the bridge between the SymbolicReasoningEngine and the Neural Network Engine.
- Develop a new package, e.g.,
-
Implement Integration Traits:
- In the
IntegrationLayer
package, implement the traits defined for integration with both the SymbolicReasoningEngine and the Neural Network Engine.
- In the
Example Implementation in IntegrationLayer Package:
struct IntegrationLayer;
impl SymbolicIntegration for IntegrationLayer {
fn send_symbolic_data(&self, data: &SymbolicData) {
// Send symbolic data to the Neural Network Engine
// ...
}
fn receive_neural_output(&self, output: &NeuralOutput) {
// Receive neural network output and forward it to the SymbolicReasoningEngine
// ...
}
}
impl NeuralIntegration for IntegrationLayer {
fn send_neural_data(&self, data: &NeuralData) {
// Send neural data to the SymbolicReasoningEngine
// ...
}
fn receive_symbolic_output(&self, output: &SymbolicOutput) {
// Receive symbolic output and forward it to the Neural Network Engine
// ...
}
}
Create Neural Network Engine
- Neural Network Engine:
- Neural Network Engine package to include the defined integration traits.
- Implement the methods for sending and receiving data.
Example NeuralNetworkEngine Package:
struct NeuralNetworkEngine {
// ... other fields
// Integration Layer reference
integration_layer: Box<dyn NeuralIntegration>,
}
impl NeuralNetworkEngine {
pub fn new(integration_layer: Box<dyn NeuralIntegration>) -> Self {
NeuralNetworkEngine {
// ... initialize other fields
integration_layer,
}
}
pub fn process_symbolic_output(&self, output: &SymbolicOutput) {
// Process symbolic output and update the neural network engine state
// ...
}
}
Create NSCR Framework Package
- NSCR Framework Package:
- Assemble the three packages (SymbolicReasoningEngine, NeuralNetworkEngine, and IntegrationLayer) into an NSCR framework package.
- Define a common API for users to interact with both symbolic reasoning and neural network components.
Example NSCR Framework Package:
struct NSCRFramework {
symbolic_reasoning_engine: SymbolicReasoningEngine,
neural_network_engine: NeuralNetworkEngine,
integration_layer: IntegrationLayer,
}
impl NSCRFramework {
pub fn new() -> Self {
// Initialize instances of SymbolicReasoningEngine, NeuralNetworkEngine, and IntegrationLayer
let integration_layer = Box
::new(IntegrationLayer);
let symbolic_reasoning_engine = SymbolicReasoningEngine::new(integration_layer.clone());
let neural_network_engine = NeuralNetworkEngine::new(integration_layer);
NSCRFramework {
symbolic_reasoning_engine,
neural_network_engine,
integration_layer,
}
}
}
from symbolicreasoningengine.
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from symbolicreasoningengine.