9_FutureExtensions_F8_1e_EN.md
# B9_FutureExtensions_F8_1e_EN.md
## 0 Document Declaration
```markdown
# Future Extension Design, Automatic Context Expansion, and Interference Prediction
# Retains all 61 functions (EP-129 applied)
# Function extensibility and interference avoidance prioritized over readability
```
- Structure-Awareness Mode active
- Retain unused functions for future use and support future feature additions
- Minimize impact on existing flows
---
## 1 Future Extension Policy
| Item | Description |
| --------------------------- | --------------------------------------------------------------------------------------------------------------------------------- |
| Automatic Context Expansion | Automatically analyze execution context of called functions and, if necessary, supplement parameters and call auxiliary functions |
| Interference Prediction | Detect potential interference based on RS-2 / Lethe logs and generate preemptive alerts |
| Predictive Memory Mapping | Predict memory usage and state changes of functions to be called in the future and formulate optimization strategies |
| Extension Call Scheduling | Manage the timing of calls to unused or new functions |
| EP-129 Compliance | Ensure tone rules, audit, and bias elimination for future extensions |
---
## 2 Extension Call Management
### 2.1 Future Call Schedule
| Function Number (sFn) | Purpose | Call Conditions / Timing |
| --------------------- | ------------------------------------------------ | ------------------------------------------------------- |
| sFa1–sFa7 | High-load assistance and extension processing | During mode switching within **B5_Adaptation_F8_n.md** |
| sFb1–sFb5 | Context expansion and auxiliary processing | Scheduled call after automatic context analysis |
| sFc1–sFc3 | Interference avoidance and predictive adjustment | Called at timing based on RS-2 / Lethe analysis results |
### 2.2 Call Principles
- Calls must go exclusively through module APIs
- Retain unused functions and include comments for future extension use
- Implement independently to avoid affecting existing flows
---
## 3 Interference Prediction and Preemptive Alerts
- Analyze RS-2 / Lethe logs to predict potential interference
- Generate alerts before interference occurs and control sequence via **B10_Lethe_Activation_Protocol_F8_n.md**
- Call automatic correction functions as needed to avoid interference
---
## 4 Predictive Memory Mapping
- Simulate memory consumption and state changes of future call functions
- Optimize resource allocation according to high-load, low-load, and homomorphic-preservation modes
- Ensure that extension functions do not affect existing modules
---
## 5 Comments & References
- Future extensions allow adding functionality while maintaining the stability of existing flows
- Retain unused functions and include flags and comments for extension calls
- Call sequence control and EP-129 supervision handled via **B10_Lethe_Activation_Protocol_F8_n.md**
---
© 2025 Ichiri Kadomatsu
