Project Cynosura: Difference between revisions

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Created page with "__NOTOC__ {{Displaytitle:Project Cynosura: Mobile Dual-Language Exchange Architecture}} '''Project Cynosura''' is a self-hosted, edge-optimized educational framework and hardware/software pipeline designed for structured 1-hour bidirectional language exchange over video calls. The system is engineered specifically for asymmetrical language proficiency levels (Beginner Vietnamese / Advanced Conversational English) and constrained over-the-road (OTR) mobile operating en..."
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AdminIsidore (talk | contribs)
m AdminIsidore moved page OODA WIKI:Cynosura to Project Cynosura
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__NOTOC__
__NOTOC__
{{Displaytitle:Project Cynosura: Mobile Dual-Language Exchange Architecture}}
{{Displaytitle:Project Cynosura: Mobile Dual-Language Exchange Architecture}}
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The system is engineered specifically for asymmetrical language proficiency levels (Beginner Vietnamese / Advanced Conversational English) and constrained over-the-road (OTR) mobile operating environments using VR edge display nodes, self-hosted sync engines, and custom MediaWiki tracking templates.
The system is engineered specifically for asymmetrical language proficiency levels (Beginner Vietnamese / Advanced Conversational English) and constrained over-the-road (OTR) mobile operating environments using VR edge display nodes, self-hosted sync engines, and custom MediaWiki tracking templates.
== 0. Phase 0: Minimal Viable Setup (KISS Protocol) ==
Before scaling to cloud-hosted containers and spatial VR setups, initial calls use off-the-shelf mobile redundancy:
* '''Video Stream:''' Google Meet / FaceTime over mobile hotspot.
* '''Asymmetrical Closed Captions:'''
** Student (Isidore): Runs Google Translate (VN -> EN) locally on iPhone.
** Instructor (Linh): Runs Google Translate (EN -> VN) locally on her device.
* '''Live Shared Workspace:''' Single shared Google Doc for real-time vocabulary and idiom typing.
* '''Flashcard Logging:''' Manual entry into Anki / AnkiWeb during post-call review.


== 1. Core Principles & Session Framing ==
== 1. Core Principles & Session Framing ==
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## 4. OTR Operating Procedure
 
1. **Pre-Call (T-5 min):** Park vehicle, establish 5G hotspot. Boot Quest 2, launch Immersed, connect to DigitalOcean desktop droplet.
2. **Display Layout (Virtual Space):**
  * **Screen 1 (Left):** Video Conference (Google Meet / Zoom).
  * **Screen 2 (Center):** MediaWiki `LessonBlock` workspace for real-time async note logging.
  * **Screen 3 (Right):** Shared Anki Web / Drawing canvas for tone contours.
3. **Post-Call (T+5 min):** Export audio clips recorded during the session, drop onto MediaWiki, and run Anki deck sync.
 
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## 5. System Roadmap
 
* [x] Program conceptualization & schedule design.
* [ ] Spin up `anki-sync-server` Docker container on DigitalOcean.
* [ ] Deploy `Template:LessonBlock` and namespaces on MediaWiki.
* [ ] Test Immersed latency over cellular hotspot in cab environment.
* [ ] (Optional) Flash Raspberry Pi image with offline local buffer mirror.