Human-machine collaborative robotic systems

1. A semi-automatic, interactive robotic system for performing a multi-step task, comprising:

a user interface system;

a recognition system adapted to communicate with said user interface system;

a control system adapted to communicate with said recognition system; and

a sensor-actuator system of a robot adapted to communicate with said control system,

wherein said recognition system is configured to recognize, based on a task model of said multi-step task, actions taken by a user while said user operates said user interface system and instruct said control system to cause said sensor-actuator system of said robot to perform a direct step of said multi-step task,

wherein said recognition system is further configured to recognize the completion of said direct step, and

wherein said recognition system is further configured to instruct said control system to cause said sensor-actuator system of said robot to perform an automatic step of said multi-step task upon completion of the direct step based on said recognized actions and said task model of said multi-step task.

2. A semi-automatic, interactive robotic system according to claim 1 , wherein said sensor-actuator system of said robot comprises a plurality of articulated arms.

3. A semi-automatic, interactive robotic system according to claim 2 , wherein at least one of said plurality of articulated arms comprises at least one of a gripper or a tool attachment assembly.

4. A semi-automatic, interactive robotic system according to claim 1 , wherein said task model is a Hidden Markov Model.

5. A semi-automatic, interactive robotic system according to claim 1 , wherein said task model is a machine-learning model.

6. A semi-automatic, interactive robotic system according to claim 1 , wherein said user interface system comprises a user observation system constructed and arranged to detect and determine motion of at least one portion of said user to communicate with said recognition system to at least one of initiate or modify instructions to be provided to said control system.

7. A semi-automatic, interactive robotic system according to claim 6 , wherein said observation system comprises cameras.

8. A semi-automatic, interactive robotic system according to claim 1 , wherein said sensor-actuator system of said robot comprises a sensor system constructed and arranged to detect and determine a property of at least one portion of an object being manipulated and to communicate with said recognition system to at least one of initiate or modify instructions to be provided to said control system.

9. A semi-automatic, interactive robotic system according to claim 1 , wherein said user interface system comprises an input device adapted to permit said user to at least one of manually or verbally input commands to be communicated to said recognition system to at least one of initiate or modify instructions to be provided to said control system.

10. A semi-automatic, interactive robotic system according to claim 1 , wherein said user interface system comprises a display system configured to display information to said user concerning a step to be performed.

11. A semi-automatic, interactive robotic simulation system for simulating a multi-step task, comprising:

a user interface system;

a recognition system adapted to communicate with said user interface system;

a control system adapted to communicate with said recognition system; and

a simulated sensor-actuator system of a robot adapted to communicate with said control system,

wherein said recognition system is configured to recognize, based on a task model of said multi-step task, actions taken by a user while said user operates said user interface system and instruct said control system to cause said simulated sensor-actuator system of said robot to simulate the performance of a direct step of said multi-step task,

wherein said recognition system is further configured to recognize the completion of said direct step, and

wherein said recognition system is further configured to instruct said control system to cause said sensor-actuator system of said robot to perform an automatic step of said multi-step task upon completion of the direct step based on said recognized actions and said task model of said multi-step task.

12. A semi-automatic, interactive robotic simulation system according to claim 11 , wherein said simulated sensor-actuator system of said robot simulates a plurality of articulated arms.

13. A semi-automatic, interactive robotic simulation system according to claim 11 , wherein said task model is a Hidden Markov Model.

14. A semi-automatic, interactive robotic simulation system according to claim 11 , wherein said task model is a machine-learning model.

15. A semi-automatic, interactive robotic simulation system according to claim 11 , wherein said user interface system comprises a display system configured to display information to said user concerning a step to be simulated.

16. A semi-automatic, interactive robotic system according to claim 1 , wherein said recognition system is further configured to recognize, upon completion of said automatic step and based on said task model, actions taken by a user while said user operates said user interface system and instruct said control system to cause said sensor-actuator system of said robot to perform a second direct step.

17. A semi-automatic, interactive robotic system according to claim 1 , wherein the semi-automatic, interactive robotic system performs a direct step by responding to manual input from said user.

18. A semi-automatic, interactive robotic system according to claim 1 , wherein the semi-automatic, interactive robotic system performs an automatic step under the control of the semi-automatic, interactive robotic system, and does not require movements from said user.