Pinned Repositories
chat_gpt_examples
Prompt engineering to get ChatGPT to generate multi-agent convoy dynamics, even an example with proportional navigation positioning rules.
datalog
family_tree_data_sim
Simple code to generate random, but structured, data samples of family tree dynamics in a closed population. The purpose, of course, is for evaluation of neuro-symbolic and graph neural network techniques.
generative_programming_library
hinton-forward-forward
hippo-s4-mamba-operator-dynamics
Investigating alternative methods for defining operator dynamics in s4/mamba; examining the effect on trainability.
pops_ml
This is a reference implementation of phase-only pattern synthesis using a machine learning API (PyTorch).
pull_papers
Pull paper information from OpenReview
Transformer-Sandbox
Investigation of parallelized Transformer architectures and other sequence-to-sequence generative models.
wifi_monitoring
Triggering a camera to capture multiple frames of passing vehicles based on their WiFi characteristics.
ckerce's Repositories
ckerce/chat_gpt_examples
Prompt engineering to get ChatGPT to generate multi-agent convoy dynamics, even an example with proportional navigation positioning rules.
ckerce/family_tree_data_sim
Simple code to generate random, but structured, data samples of family tree dynamics in a closed population. The purpose, of course, is for evaluation of neuro-symbolic and graph neural network techniques.
ckerce/Transformer-Sandbox
Investigation of parallelized Transformer architectures and other sequence-to-sequence generative models.
ckerce/datalog
ckerce/generative_programming_library
ckerce/hinton-forward-forward
ckerce/hippo-s4-mamba-operator-dynamics
Investigating alternative methods for defining operator dynamics in s4/mamba; examining the effect on trainability.
ckerce/pops_ml
This is a reference implementation of phase-only pattern synthesis using a machine learning API (PyTorch).
ckerce/pull_papers
Pull paper information from OpenReview
ckerce/wifi_monitoring
Triggering a camera to capture multiple frames of passing vehicles based on their WiFi characteristics.