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fix: Fixed Incorrect expression
Browse files- doc/AGENTS.md +1 -1
- doc/ARCHITECTURE.md +1 -1
doc/AGENTS.md
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@@ -68,7 +68,7 @@ We use a tiered model strategy to balance intelligence and latency:
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In `app.py`, we implement a unique **Exclusive MCP Connection**:
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```
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# Pseudo-code logic from app.py
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AGENT_TOOL_MAP = {
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"scout": "search_and_offload",
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In `app.py`, we implement a unique **Exclusive MCP Connection**:
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```
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# Pseudo-code logic from app.py
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AGENT_TOOL_MAP = {
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"scout": "search_and_offload",
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doc/ARCHITECTURE.md
CHANGED
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@@ -47,7 +47,7 @@ Traditional agents pass massive JSON blobs (search results, reviews, coordinates
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1. Scout finds 50+ locations, saves them to poi_repo, and returns {"scout_ref": "uuid"} to the Leader.
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2. Leader passes this UUID to the Optimizer.
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3. Optimizer loads data from the repo, solves the TSPTW problem, and saves the result.
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* Result: Reduces token consumption by ~
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2. Exclusive MCP Channels (Tool Isolation)
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In standard multi-agent setups, all tools are often dumped into a shared context, confusing the LLM (e.g., the "Optimizer" trying to use "Weather" tools).
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1. Scout finds 50+ locations, saves them to poi_repo, and returns {"scout_ref": "uuid"} to the Leader.
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2. Leader passes this UUID to the Optimizer.
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3. Optimizer loads data from the repo, solves the TSPTW problem, and saves the result.
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* Result: Reduces token consumption by ~75% for complex trips.
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2. Exclusive MCP Channels (Tool Isolation)
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In standard multi-agent setups, all tools are often dumped into a shared context, confusing the LLM (e.g., the "Optimizer" trying to use "Weather" tools).
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