Bruce Land

12 Projects 59 Followers 0 Following

Using verilog to build fully parallel neuron models including neuron dynamics, chemical and electronic synapses and STDP learning.

Spiking neurons simulated on FPGA

2.9K

A board for ATmega 1284/644/32 MCU which interfaces easily to solderless prototype board.

ATmega prototype board

2.0K

For 8-bit MCU, optimization of filtering requires tradeoffs between accuracy, ease of programming. and speed.

DSP on 8-bit microcontroller

8.6K

A IR transceiver for less than $2. For short distance communication and low bitrate this is hard to beat.

Infrared packet for AVR microcontroller

2.8K

A strobe light bright enough to stimulate certain behavioral modes in a fruit fly.Uses high-intensity LEDs.

LED Strobe using 555 timer

1.6K

Artificial neural systems are useful teach biological instrumentation methods.

Model Neurons for Teaching

1.0K

Analog computers are inherently parallel. Simulating on an FPGA gives a way to implement parallel solution of differential equations.

Simulating an analog computer on a FPGA

1.7K

Chemical reactions can be modeled by counting individual molecules and and rolling the virtual dice to see if a reaction occurs.

FPGA Stochastic Chemical Reaction Simulation

1.2K