analog-computing

Scalable HW-Aware Training for Analog In-Memory Computing

Optimization solver backend for analog optical computer

The Janus Architecture: a physical synthetic organism built around analog relational cognition, metabolic constraint, re-entrant observation, and inherited experience.

Unsorted Playground for Machine Learning, Reinforcement Learning and other AI Experiments

Optical neural computation on a commodity smartphone: OLED screen + mirror + front camera as an analog matrix engine. 101 experiments, bilingual docs, and 6 Zenodo papers.

Applying IBM's Analog Hardware Acceleration Kit for in-memory computing design — neural network training on analog devices

IHP26a TinyTapeout implementation of a RISC-V CPU with an integrated SRAM-based compute-in-memory (CIM) accelerator for performing efficient analog matrix multiplications.

Analog Computing for Signal Processing and Communications - Part II: Toward Gigantic MIMO Beamforming

Analog Computing for Signal Processing and Communications - Part I: Computing With Microwave Networks

Exploring super-convergence techniques for analog in-memory computing — accelerating neural network training

Differentiable Analog Neural Network Simulation — from PyTorch to SPICE. 77.58% Fashion-MNIST, 42/42 SPICE match, scaling law R²=0.9385

MIMO Systems Aided by Microwave Linear Analog Computers: Capacity-Achieving Architectures with Reduced Circuit Complexity

Toward a Lean Formalization of Analog Computing with Microwaves

A programming language for wave-based phononic processors. Computation as resonance, memory as sustained oscillation, control flow as phase gating—designed from acoustic physics, not transistor assumptions.

This repository showcases projects carried out in the "Computer Tools for Electrical Engineers" course, focusing on MATLAB and PSPICE applications in Electrical Engineering.

Falsifiable engineering specs (Modules A–G) for the LifeNode Processual architecture: bio-electric & MOF transduction, NV-diamond Q-Core, Physarum biohybrid interface, ASCALON phase filter, Living Walls. Theory on Zenodo. No product — validation or falsification only. CC-BY-NC-SA 4.0. Technology adapts to Life's rhythm, not the reverse.

A math extension module providing the absolute and square-root function of the input

Two brains on one analog substrate from ~80% unsupervised SCFF bulk + ~20% closed-form SLDA namer: the math model for a forward-only, on-chip continual learner. Behavioral simulation, no silicon. Draft 6.0 = the "baby neocortex," validated across 11 phases.

Analog computer module to transform polar- into cartesian-coordinates

Ripple filter for the power supply of a Analog Computer.