For a period close to eternity, the technological experts have confidently misplaced the meaning of autonomy with intelligence. Now it is time to put the pieces in their rightful place. The world is at a precipice stage, and for it to enter the golden age of robotics, the current autonomous robots will need to take a unique technological leap to attain the status of intelligence. A closer look into the active or upcoming projects by companies like Rozum Robotics Company will give you an idea of how to merge autonomy with intelligence.
Robotic Intellectual Remedies
Three transformative steps need to take place as stepping stones from autonomy to intelligence.
Step 1: Robotic Responsiveness
It might seem like a conflicting variable with the idea of autonomy, but it realistically turns out to be a compliment. An ideal robot does not sway from its autonomously learned routine. However, its perpetual readiness should grant it the ability to adapt new routinized instructions from the owner. They might cancel or add to the initial routinized instructions. It should moreover know how to handle a routine without the input of many procedural instructions. The consumers expect such robots to be the gatekeeper and executor of their guidelines since they are after the delivery of a seamless, personalized experience.
The intellectual application here is evident when the robots take the necessary and required actions without supervision and ask for directions if necessary when the circumstances require human logical input. The robotic intellectual responsiveness goes beyond outcomes and performance improvement. A trust relationship comes to life between the owner and the robot. Thus the moment of purchasing a robot does not initiate the human-robot trust relationship. It is through a period of monitoring where the owner wants to make sure that the purchased robot does what its designer intended it to do.
Step 2: Robotic Collaboration
The accomplishment of this objective needs a broadened awareness and understanding of a robot’s functionality out of its immediate environment. There should be a performance record of how it operates in other robotic and human environments too. Thus if the robot comes across an unknown entity during its operation, it should not assume execution but request guidance from its owner. Moreover, a collaborative option with other nearby robots familiar with the entity should come to play and help clear the obstacle on the way of its normal operations. A proper collaboration aspect should also come to effect over time such that the robots do not need the interception of human action to help it sort out unfamiliar obstacles.
The collaborative aspect of robots further evolves the human-robot relationship. It is not just trust presented on the table but also learning opportunities. The robot should learn from the human inputs that came to its aid when it faced an obstacle. Thus if similar circumstances arise in the future, the robot should use past experience to handle them.
Step 3: Robotic Integration on a Larger System
Think of the human household as an extensive system. The rooms in the house enable us to enter and carry out tasks and then leave for other tasks. A robot that has a complete layout of the items in each room will make the household operational like a system. An example of an optimal experience would be to watch a TV show in room A and continue watching it in room B if you are mobile. Additionally, leaving a room should initiate actions like turning off the lights and TV too.
The intellectual part of robots will only come to light and thrive if there is a partnership trust between humans and robots. Thus the continuous delivery of the mentioned three steps will ensure this level of partnership trust breathes life. The golden robotic age is; therefore, a matter of the robots understanding our homes, listening and adhering to instructions.It is the technological milestone between robotic autonomy and intelligence, and if crossed, a world of possibilities will unravel. Robots will talk to robots, robots will speak to humans, and robots will effectively manage the humans’ homes.