Scientific Co-operative Rover with Artificial Intelligence for Futuristic Scientific Experiments on Moon

Abstract

<p>With recent scientific experiments carried out and results have shown an immense studies in<br />operation in the complex lunar environment and exploiting the moon base as a scientific platform<br />for both research and major challenges in exploration. Notion Robotics Lab proposes a highly<br />advanced lunar lander to prepare future missions on moon. The scientific areas for investigation<br />on the lunar lander include the radiation environmental and its effect, dust, plasma, the most<br />important being the properties of moon dust and its effect on human intervention. Notion<br />Robotics Lab will propose a payload which interfaces the information and the boundary<br />conditions. This paper discusses the scientific objectives for the futuristic mission which<br />emphasizes human robot exploration and builds a prototype scientific payload to be part of the<br />mission and also design of scientific instruments.<br />Notion Robotics Lab has developed the sophisticated autonomous co-operative rovers with<br />multiple intelligence systems to study life on lunar base and capable of handling multiple<br />decisions without human interference. This rover will be built as per the map of the terrains in<br />the lunar base thus operating different tasks. With advancement of different payloads and<br />scientific instruments the rover may able to map the large tracts of the surface thus do complex<br />tasks and experiments. Notion Robotics Lab plans to execute with the partnership with<br />Universities and Space Agencies thus proposing broader experiments in futuristic lunar mission.<br />Keywords:- Autonomous Co-operative Rover, Artificial Intelligence, Scientific Instruments,<br />Understanding Life, Lunar Lander</p>