Those robots are not "navigating AROUND the clutter", there are no consumer-deployed object recognition physics models that let a robot say "that's a ball that will roll, that's a shirt that will tangle, that's a sheet of paper that may slip", they're just charging chaotically through it. If you allow skittering robots, do you exclude a 90s RC car with the trigger taped down?
I would agree with you if the author wrote, "I don't count as home robots small four legged robots as they don't navigate around clutter, they just go over it" but the author didn't write that.
The author quoted two constraints (safe around children, must include a form factor able to preform an action) not specified.
The author projected that a lab demo of capabilities would not occur. I don't see safety for children as necessary for a lab demo.
Comments
Those robots are not "navigating AROUND the clutter", there are no consumer-deployed object recognition physics models that let a robot say "that's a ball that will roll, that's a shirt that will tangle, that's a sheet of paper that may slip", they're just charging chaotically through it. If you allow skittering robots, do you exclude a 90s RC car with the trigger taped down?
I would agree with you if the author wrote, "I don't count as home robots small four legged robots as they don't navigate around clutter, they just go over it" but the author didn't write that.
The author quoted two constraints (safe around children, must include a form factor able to preform an action) not specified.
The author projected that a lab demo of capabilities would not occur. I don't see safety for children as necessary for a lab demo.