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aidesigner

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Extract full product DNA from any live URL. Brand voice, UX patterns, content strategy, visual design, accessibility, SEO, performance, tech stack detection, CRO audit, design system maturity, PLG detection, enterprise readiness. 64 extraction passes. 20 intelligence engines. 138 tests.

  • Updated Apr 21, 2026
  • JavaScript

Design 'EfficientDenseNet' — a DenseNet variant under 10M params that incorporates VoVNet-style one-shot aggregation (OSA), depthwise separable bottlenecks, squeeze-and-excitation attention, LayerNorm pre-activation, and aggressive compound scaling. The goal is to train 2-3× faster than DenseNet-121 while maintaining or improving accuracy on ImageN

  • Updated May 24, 2026
  • Python

Design a multi-class classification and interpretability pipeline that distinguishes rheumatoid arthritis (RA), psoriatic arthritis (PsA), and osteoarthritis (OA) from hand/feet X-ray images. The architecture combines a CNN backbone (e.g., DenseNet or EfficientNet) for disease classification with an attention-based or Grad-CAM explanation module to

  • Updated May 26, 2026
  • TeX

Design a neuro-symbolic memory architecture for autonomous agricultural agents, inspired by the brain's Complementary Learning Systems (CLS). The architecture decouples memory into a fast-learning episodic Knowledge Graph for temporal/spatial sequences (crop cycles, disease spread) and a slow-learning semantic ML layer that compresses mature data i

  • Updated May 26, 2026
  • Python

Design a deep multimodal emotion recognition (MER) architecture fusing speech (acoustic/prosodic features), facial expression video frames, and transcribed text for real-time mental health monitoring. The architecture will use modality-specific encoders (CNN/transformer for audio and video, pretrained LM for text) with a cross-modal attention fusio

  • Updated May 26, 2026
  • Python

Design a reinforcement learning architecture for autonomous vulnerability discovery in security capture-the-flag (CTF) challenges, building on the Agent Web Model's hierarchical abstraction layers. The system will model CTF environments as Markov decision processes and develop RL algorithms (e.g., deep Q-learning or PPO with hierarchical extensions

  • Updated May 26, 2026
  • TeX

Design a vision-based reinforcement learning model that enables a robotic system to detect, track, and physically intercept a fly in 3D space. The model combines a lightweight object-detection backbone for real-time fly localization with a learned control policy (e.g., PPO or SAC) that outputs motor commands to maneuver a catching mechanism (e.g.,

  • Updated May 26, 2026
  • TeX

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