Expand description
Advanced Mode Ecosystem Integration
This module provides comprehensive integration testing and coordination for all scirs2-* modules operating in Advanced mode. It enables intelligent cross-module communication, performance optimization, and unified orchestration of advanced AI-driven scientific computing capabilities.
§Features
- Cross-Module Communication: Seamless data flow between Advanced modules
- Unified Performance Optimization: Global optimization across the ecosystem
- Intelligent Resource Management: Coordinated CPU/GPU/QPU allocation
- Adaptive Load Balancing: Dynamic workload distribution
- Real-time Monitoring: Performance tracking across all modules
- Fault Tolerance: Automatic recovery and failover mechanisms
- API Compatibility: Unified interface for all Advanced capabilities
Structs§
- Advanced
Ecosystem Config - Configuration for advanced ecosystem
- Advanced
Ecosystem Coordinator - Central coordinator for advanced mode ecosystem
- Advanced
Input - Input for advanced processing
- Advanced
Output - Output from advanced processing
- Alert
Thresholds - Alert thresholds
- Communication
Statistics - Communication statistics
- Cross
Module Optimization Config - Cross-module optimization configuration
- Distributed
Workflow - Distributed workflow specification
- Ecosystem
Context - Context for ecosystem operations
- Ecosystem
Performance Monitor - Performance monitor for the ecosystem
- Ecosystem
Performance Report - Performance report for the ecosystem
- Ecosystem
Resource Manager - Resource manager for the ecosystem
- Ecosystem
Status - Status of the advanced ecosystem
- Inter
Module Message - Inter-module communication message
- Load
Balancer - Load balancer for distributing work
- Load
Balancing Metrics - Load balancing metrics
- Module
Communication Hub - Communication hub for inter-module messaging
- Module
Performance Metrics - Performance metrics for a module
- Module
Resource Usage - Resource usage for a module
- Monitoring
Config - Monitoring configuration
- Optimization
Context - Context for optimization operations
- Optimization
Opportunity - Optimization opportunity identified by the ecosystem
- Optimized
Pipeline - Optimized processing pipeline
- Performance
Alert - Performance alert
- Performance
Metrics - Performance metrics for operations
- Performance
Targets - Performance targets for the ecosystem
- Pipeline
Stage - Pipeline stage configuration
- Processing
Context - Processing context for advanced operations
- Processing
Metrics - Processing metrics
- Processing
Plan - Processing plan for advanced operations
- Quality
Requirements - Quality requirements for processing
- Resource
Allocation - Resource allocation for a module
- Resource
Monitor - Resource monitor
- Resource
Pool - Pool of available resources
- Resource
Prediction Model - Model for predicting resource usage
- Resource
Snapshot - Snapshot of resource usage at a point in time
- Resource
Utilization - Resource utilization metrics
- Stage
Result - Result of a single workflow stage
- System
Metrics - System-wide performance metrics
- Timing
Constraints - Timing constraints for processing
- Workflow
Execution Plan - Workflow execution plan
- Workflow
Result - Result of workflow execution
- Workflow
Stage - Workflow stage specification
- Workflow
State - State of workflow execution
Enums§
- Alert
Level - Alert levels
- Ecosystem
Health - Health status of the ecosystem
- Load
Balancing Strategy - Load balancing strategies
- Message
Type - Types of inter-module messages
- Optimization
Level - Optimization level for cross-module operations
- Priority
- Priority levels for processing
- Processing
Strategy - Processing strategy for advanced operations
Traits§
- Advanced
Module - Trait for advanced modules to implement ecosystem integration