To err is human! Preventing errors using inhuman devices can save disasters. In this article we propose an inhuman robotic system that can prevent distance related disasters or accidents. The system running on the proposed algorithm calibrates itself with the subject which is identified during the initial stages and maintains a constant distance with the subject preventing clashing of the syste...

To err is human! Preventing errors using inhuman devices can save disasters. In this article we propose an inhuman robotic system that can prevent distance related disasters or accidents. The system running on the proposed algorithm calibrates itself with the subject which is identified during the initial stages and maintains a constant distance with the subject preventing clashing of the syste...

To err is human! Preventing errors using inhuman devices can save disasters. In this article we propose an inhuman robotic system that can prevent distance related disasters or accidents. The system running on the proposed algorithm calibrates itself with the subject which is identified during the initial stages and maintains a constant distance with the subject preventing clashing of the syste...

To err is human! Preventing errors using inhuman devices can save disasters. In this article we propose an inhuman robotic system that can prevent distance related disasters or accidents. The system running on the proposed algorithm calibrates itself with the subject which is identified during the initial stages and maintains a constant distance with the subject preventing clashing of the syste...

To err is human! Preventing errors using inhuman devices can save disasters. In this article we propose an inhuman robotic system that can prevent distance related disasters or accidents. The system running on the proposed algorithm calibrates itself with the subject which is identified during the initial stages and maintains a constant distance with the subject preventing clashing of the syste...

To err is human! Preventing errors using inhuman devices can save disasters. In this article we propose an inhuman robotic system that can prevent distance related disasters or accidents. The system running on the proposed algorithm calibrates itself with the subject which is identified during the initial stages and maintains a constant distance with the subject preventing clashing of the syste...

To err is human! Preventing errors using inhuman devices can save disasters. In this article we propose an inhuman robotic system that can prevent distance related disasters or accidents. The system running on the proposed algorithm calibrates itself with the subject which is identified during the initial stages and maintains a constant distance with the subject preventing clashing of the syste...

To err is human! Preventing errors using inhuman devices can save disasters. In this article we propose an inhuman robotic system that can prevent distance related disasters or accidents. The system running on the proposed algorithm calibrates itself with the subject which is identified during the initial stages and maintains a constant distance with the subject preventing clashing of the syste...

To err is human! Preventing errors using inhuman devices can save disasters. In this article we propose an inhuman robotic system that can prevent distance related disasters or accidents. The system running on the proposed algorithm calibrates itself with the subject which is identified during the initial stages and maintains a constant distance with the subject preventing clashing of the syste...

We demonstrate, using a simple two-period equilibrium model of the economy, the potential effects of extreme event occurrences such as natural or humanitarian disasters on economic growth over the mediumto long-term. In particular, we focus on the effect of such shocks on investment. We examine two polar cases; an unconstrained economy where agents have access to perfect capital markets, versus...