Канал: Coma Lab

Neuro-Evolution: Fixed Topology Image-Matching (reaching 75%) #32

Neuro-Evolution: Fixed Topology Image-Matching (reaching 75%) #32

Procedural Height-Map with smooth LoD-Switching #36

Procedural Height-Map with smooth LoD-Switching #36

Quadtree-based Terrain with smooth-ish LoD Transition #35

Quadtree-based Terrain with smooth-ish LoD Transition #35

Flying over LoD Mountains #34

Flying over LoD Mountains #34

Trippy Images with Neural Networks (Non-Linear Ramp) #29

Trippy Images with Neural Networks (Non-Linear Ramp) #29

ESP8266 in Access Point Mode using AT Commands over UART #31

ESP8266 in Access Point Mode using AT Commands over UART #31

Neuro-Evolution: Improved Cross-Over Operator #28

Neuro-Evolution: Improved Cross-Over Operator #28

Neuro-Evolution: Crossover Operator in Action (Stage 2)

Neuro-Evolution: Crossover Operator in Action (Stage 2)

Neuro-Evolution: Creating Neural Networks (Stage 1) #27

Neuro-Evolution: Creating Neural Networks (Stage 1) #27

Operating a Shift Register with ATTiny85 in AtmelStudio

Operating a Shift Register with ATTiny85 in AtmelStudio

ATTiny85 Knight Rider Effect (with Code), Shift Register Demo

ATTiny85 Knight Rider Effect (with Code), Shift Register Demo

Electronics: Isolating circuit during ISP

Electronics: Isolating circuit during ISP

Let's Make: 555 Timer in a Box

Let's Make: 555 Timer in a Box

Low-Level Drawing on SSD1306 over I2C #22

Low-Level Drawing on SSD1306 over I2C #22

Electronics: GUI controlled ATTiny85/Motor Combo via I2C

Electronics: GUI controlled ATTiny85/Motor Combo via I2C

Neural Network: Making Trippy Images

Neural Network: Making Trippy Images

Neuro-Evolution: Genotype Mutation and Crossover

Neuro-Evolution: Genotype Mutation and Crossover

Neural Network: Generating Neuro-Images

Neural Network: Generating Neuro-Images

Neural Network: Testing Activation Function (Continued)

Neural Network: Testing Activation Function (Continued)

Neural Network: Testing Activation Function (Ribbon/Soft Cut-Off)

Neural Network: Testing Activation Function (Ribbon/Soft Cut-Off)

Electronics: IO-Warrior40 to EEPROM using native I2C

Electronics: IO-Warrior40 to EEPROM using native I2C

Electronics: I2C to EEPROM via C++/GPIO Interface

Electronics: I2C to EEPROM via C++/GPIO Interface

Let's Make: Dead Man's Switch (Part 1)

Let's Make: Dead Man's Switch (Part 1)

SN-28B vs. SN-48B Crimp-Off

SN-28B vs. SN-48B Crimp-Off

Electronics: Driving a Stepper Motor with GPIOs via GUI

Electronics: Driving a Stepper Motor with GPIOs via GUI

Electronics: Programming an ATTiny85 in Atmel Studio

Electronics: Programming an ATTiny85 in Atmel Studio

Electronics: IO-Warrior40 Hook-Up (GPIO Test)

Electronics: IO-Warrior40 Hook-Up (GPIO Test)

Electronics: Crimping Dupont Connectors for 2.54 mm Breadboard

Electronics: Crimping Dupont Connectors for 2.54 mm Breadboard

Neuro-Evolution: Testing Fitness Function for Triangle Wave Signal (Test 1)

Neuro-Evolution: Testing Fitness Function for Triangle Wave Signal (Test 1)

Neuro-Evolution: Phenotype Signal Output (Test 2)

Neuro-Evolution: Phenotype Signal Output (Test 2)

Neuro-Evolution: Genotype to Phenotype Mapping (Test 3)

Neuro-Evolution: Genotype to Phenotype Mapping (Test 3)

Neuro-Evolution: Crossover with acyclic Genotypes

Neuro-Evolution: Crossover with acyclic Genotypes

Neuro-Evolution: Phenotype Signal Output

Neuro-Evolution: Phenotype Signal Output

Neuro-Evolution: Genotype to Phenotype Mapping (Test 2)

Neuro-Evolution: Genotype to Phenotype Mapping (Test 2)

Neuro-Evolution: Genotype to Phenotype Mapping (Test 1)

Neuro-Evolution: Genotype to Phenotype Mapping (Test 1)