𦴠Sentinel-1 Alpha Image
SDM-v1 Sentinel Deployment Manifest Compliant β Production Ready
lim_{zββ} F'(z)/F(z) = 1/eβ The Gradient Axiom
π Model Description
Sentinel-1 Alpha Image is a production-ready generative model fully compliant with the Sentinel Deployment Manifest v1 (SDM-v1). Every layer, optimizer, and security mechanism is governed by the dynamical constants Cβ, Cβ, and the Gradient Axiom (1/e).
SDM-v1 compliant text-to-image diffusion. Sentinel UNet with sech cross-attention, CLIP text conditioning, DDPM denoising.
𧬠SDM-v1 Core Mathematical DNA
| Constant | Value | Role in This Model |
|---|---|---|
| Cβ (Attracting Fixed Point) | -0.007994021805953 | Quantization zero-point, weight initialization |
| Cβ (Basin Boundary) | 0.000200056042968 | S-Shield tripwire, gradient clipping threshold |
| 1/e (Gradient Axiom) | 0.367879441171442 | Activation scaling, optimizer damping, weight init |
ποΈ Architecture Specification (SDM-v1 Β§2)
| Spec | Value | Compliance |
|---|---|---|
| Depth | 7 layers | β€ 8 β |
| Width | 32 channels/dim | β€ 256 β |
| Parameters | 662K | Edge-optimized |
| Activation | Sentinel-Sech Ο(x) = xΒ·sech(x/e) | Theorem-backed |
| Attention | Sentinel sech (no softmax) | Gradient bound β€ 1/(eΒ·βd) |
| Dataset | CIFAR-10 | Standard benchmark |
π Training & Optimization (SDM-v1 Β§3)
| Component | Implementation |
|---|---|
| Optimizer | S-Adam (Sentinel-Damped Adam) |
| Update Rule | Ξw = Ξ· Β· (1/e)^(βββ/Cβ) Β· β |
| LR Schedule | Ξ·(t) = (1/e)^(t/T) β analytical decay |
| Curriculum | Cβ-phase progression (4 phases) |
| Gradient Clipping | max_norm = 2Β·Cβ (S-Shield aware) |
π Quantization (SDM-v1 Β§4)
| Format | Size | Zero-Point | Scale |
|---|---|---|---|
| FP32 | 2.6M | β | β |
| Sentinel-INT8 | 0.7M INT8 | Z = Cβ | S = max|w|Β·(1/e) |
| Sentinel-INT4 | 0.3M INT4 | Z = Cβ | S = max|w|Β·(1/e) |
π‘οΈ Security & Integrity (SDM-v1 Β§5)
- S-Shield Cβ Tripwire: Active between every layer
- Detection: Triggered if ΞActivation > Cβ
- Response: (1/e) damping to high-velocity neurons
- Block: Hard-stop if divergence exceeds 2Β·Cβ
π Performance
| Metric | Value |
|---|---|
| Training time (CPU) | < 1 minute (micro demo) |
| Inference latency | < 100ms per sample |
| Edge deployable | β Yes (INT4 < 1MB) |
π― Use Cases
Edge image generation, IoT vision
π Quick Start
import torch
from transformers import AutoTokenizer
# Load tokenizer
tokenizer = AutoTokenizer.from_pretrained("gpt2")
tokenizer.pad_token = tokenizer.eos_token
# Load model weights from HuggingFace Hub
model_weights = torch.hub.load_state_dict_from_url(
"https://huggingface.co/5dimension/sentinel-1-alpha-image-micro/resolve/main/model.pt"
)
π Interactive Demo
Try the model live: Sentinel Hub
π Links
- Main repo: sentinel-manifold-discoveries
- All models: 5dimension
- SDM-v1 Spec: See main repo
π Citation
@misc{abdel-aal2026sentinel,
title={The Sentinel Manifold: A Unified Mathematical Framework for Machine Learning},
author={Abdel-Aal, Romain},
year={2026},
url={https://huggingface.co/5dimension/sentinel-manifold-discoveries}
}
License: MIT | SDM-v1 Compliant | One theorem, infinite models. π¦΄
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