← Mouhssine Rifaki

Projects

  1. Deep reinforcement learning project

    Stanford CS 224R·Spring 2026

    A foveated ImageNet-C classifier. Goal-conditioned PPO agents commit high-resolution patches under distribution shift. The ablation tests whether prediction error as an observation feature accelerates adaptation, the core claim of the adaptive-sensing work.

  2. Experimental robotics project

    Stanford CS 225A·Spring 2026

    Operational-space control in simulation via SCL, the Stanford Robotics Lab's framework. The direction is contact-rich manipulation with an adaptive-sensing readout, extending the prediction-error gate from my Arbabian Lab work into closed-loop torque control.

  3. Frontier-systems project

    Stanford CS 153·Spring 2026

    CS 153, Frontier Systems, taught by Anjney Midha and Michael Abbott. The "one-person frontier lab" project is a single artifact at the new ceiling of what one researcher can ship end-to-end with current frontier tools.