abirmed_emergency_slm — Emergency and Triage Response Transformer
Part of the A.B.I.R Ecosystem
abirmed_emergency_slm is a specialized medical language model developed as part of the A.B.I.R Ecosystem and the ABIRMED Modular Medical Specialist Transformer System, a distributed artificial intelligence architecture designed to replicate real-world medical specialization using modular transformer models.
This model functions as the Emergency and Triage Specialist, designed to recognize urgent medical conditions, understand emergency symptoms, and provide emergency awareness and triage-level reasoning.
This is Version 1.0, with future versions planned to improve emergency recognition accuracy, incorporate expanded emergency medical datasets, and enhance real-time triage reasoning capabilities.
ABIRMED — Modular Medical Specialist Transformer System
ABIRMED is a modular medical AI ecosystem consisting of multiple specialist Small Language Models (SLMs), each trained for a specific medical domain. Instead of using a single large monolithic model, ABIRMED uses a distributed specialist architecture inspired by real-world clinical specialization.
Each model acts as an independent medical specialist while collectively forming a unified medical reasoning system.
This modular approach provides:
- Higher accuracy within specialized domains
- Lower computational requirements
- CPU-efficient inference capability
- Scalable and extensible medical intelligence architecture
Developed by: Abir Maheshwari
Architecture: Modular Decoder-only Transformer System
Framework: PyTorch + HuggingFace Transformers
Training Platform: Google Colab T4 GPU
License: MIT
Role of abirmed_emergency_slm in the ABIRMED System
abirmed_emergency_slm functions as the Emergency Response and Triage Specialist, equivalent to an emergency physician or triage nurse in real-world healthcare systems.
Its primary role is to provide emergency medical reasoning capabilities including:
- Emergency symptom recognition
- Urgent medical condition identification
- Triage-level medical reasoning
- Emergency awareness support
- Immediate risk assessment explanation
This model operates alongside other ABIRMED specialists such as diagnosis, pharmacology, pathology, psychiatry, cardiology, pediatrics, dermatology, and veterinary models.
Model Details
Model Name: abirmed_emergency_slm
Version: 1.0
Developer: Abir Maheshwari
Organization: A.B.I.R Ecosystem
Model Type: Causal Language Model (Decoder-only Transformer)
Base Model: None (trained from scratch)
License: MIT
Technical Specifications
Architecture: Decoder-only Transformer
Parameters: ~38 Million
Transformer Layers: 8
Attention Heads: 8
Hidden Size: 512
Intermediate Size: 2048
Context Length: 256 tokens
Tokenizer: GPT-2 tokenizer with custom PAD token
Weight Sharing: Embedding and LM Head tied
Training Objective: Causal Language Modeling
Precision: FP16 mixed precision
Framework: PyTorch
Export Formats:
- safetensors
- PyTorch (.pt)
Checkpoint Support:
- Full training state resume capability
Training Details
Training Dataset
Primary datasets used:
medalpaca/medical_meadow_health_advice
lavita/MedQuAD (emergency-related subsets)
These datasets contain structured emergency medical knowledge including:
- Emergency symptom explanations
- Urgent care conditions
- First-response medical awareness
- Emergency clinical reasoning
This enables the model to understand relationships between symptoms and emergency conditions.
Training Procedure
Optimizer: AdamW
Learning Rate: 5e-4
Batch Size: 8
Gradient Accumulation Steps: 2
Training Platform:
- Google Colab
- NVIDIA T4 GPU
Training Objective:
- Predict next token in emergency reasoning sequences
Training Format:
Instruction → Output
Converted to:
Question → Answer format
Identity training lines were included to ensure proper integration into the ABIRMED ecosystem.
Capabilities
abirmed_emergency_slm is capable of:
- Recognizing emergency medical symptoms
- Explaining urgent medical conditions
- Supporting triage-level reasoning
- Providing emergency awareness explanations
- Supporting emergency medical education
Example:
Input:
"Chest pain and shortness of breath"
Output:
"These symptoms may indicate a serious medical condition such as a heart attack and require immediate medical evaluation."
Intended Use
This model is intended for:
- Emergency medical education
- Medical AI research
- Emergency awareness systems
- Healthcare training simulations
- Medical chatbot development
Out-of-Scope Use
This model is not intended for:
- Real-world emergency decision making
- Clinical emergency treatment decisions
- Medical treatment recommendations
- Replacement of emergency medical professionals
This is a research model only.
Limitations
abirmed_emergency_slm:
- Is not a licensed emergency medical system
- May produce incomplete emergency assessments
- Should not replace trained emergency professionals
- May lack full clinical emergency accuracy
Design Philosophy
The ABIRMED ecosystem follows a modular specialist architecture inspired by real-world medical systems.
Each model specializes in a specific domain.
abirmed_emergency_slm serves as the emergency medical intelligence specialist.
This architecture improves:
- Emergency reasoning accuracy
- Specialist-level domain understanding
- Computational efficiency
- Modular scalability
A.B.I.R Ecosystem Integration
abirmed_emergency_slm is part of the A.B.I.R Ecosystem, which includes:
- Modular transformer intelligence systems
- Language models
- Domain-specialized AI systems
- Medical AI infrastructure
ABIRMED represents the medical intelligence division of the A.B.I.R Ecosystem.
Version
Version: 1.0
Future versions will include:
- Expanded emergency medical datasets
- Improved emergency reasoning accuracy
- Larger training datasets
- Enhanced triage intelligence
Author
Abir Maheshwari
Independent AI Researcher
Founder, A.B.I.R Ecosystem
License
MIT License
