l.robot1: Truth table from a Genetic Programming Use Case

In LogicOpt: Truth Table Logic Optimizer

Description

This is an 8 input 3 output truth table from A.J. Keane that is used in a Genatic Programming use case for robot control. The truth table has been modified slightly from the paper (referenced below) to specify Boolean outputs for the three possible output values of "zero", "one", and "minus" one. This is slightly more informative than the example in the paper.

Usage

data(l.robot1)

Format

Espresso compatible truth table

Source

Keane, A.J. 2015. "Genetic Programming, Logic Design and Case-Based Reasoning for Obstacle Avoidance." Learning and Intelligent Optimization: 9th International Conference, pages 104:118.

Examples

## Not run: 
# steps to recreate l.robot1
inpath <- system.file("extdata/espresso/robot1_in.esp", package="LogicOpt")
l.robot1 <- logicopt(esp_file=inpath,mode="echo") 

## End(Not run)

# load l.robot1
data(l.robot1)

# optimize l.robot1
robot1_opt <- logicopt(l.robot1,8,3)

# optimized results have 13 rows that cover outputs zero, one, and minus
robot1_opt[2]

# print optimized equations (where each output is 1)
print_multi_tt(robot1_opt,TRUE,8,3)

LogicOpt documentation built on May 30, 2017, 5:08 a.m.