The goal can be achieved by achieving signals from the two ends. The signal will be transmitted within a shorter confined and circular area as shown in the figure below.The reason behind implementing the system is to collect the information of a landscape and also measure the movement of the building and its landscape. The equipment will also closely monitor the landscape and the building and mitigate some of the potential damages that might occur on the landscape (Whitmore, Thompson and Speert, 2009).The device will have a paralyzed robot that will be in a position to reach a certain point via a leeway that can be determined before the implementation of the system. The device will not be in a position to move, therefore, the device will be limited to the help of the emitting signals. For the device to be pushed in a certain section, the operator will control the request of the machine by emitting the signals from various sections. To carry out the task the operators will be in a position to carry out the perception of the system that will be used in determining the error of the paper. The device will also have the two signal emitters for the carriage which are aimed at attracting the mobile robors and in transmitting the forces required to move the device in various directions. The signal intensity is dependent on the translation and rotation that is needed by the agent to move it in their prospected direction. The intensity of the signal will changes as the device moves. The formulae below shows the intensity of the signal that will used on the device.The automatic device instrument will function by detecting the latitude and altitudes through various processes. The detection of the energy that will be emitted will be important in coming up with topographical maps. However the device will only be able to detect a specific location that it will cover for the map. The efficiency of the device will vary from one instrument to the other. It is assumed that the device will only be able to see specific sections of the landscape.
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