Disadvantages Of Autonomous Robotics

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Table of Contents 1. Introduction 4 1.2 Objectives 5 2. Literature Review 5 2.1 Background 5 2.2 Inertial Navigation System (INS) 5 2.3 MEMS 6 2.4 VN-100 INS Module 6 2.5 Advantages and Disadvantages of IGS 6 Chapter 3: Designing the UGV 6 3.1 3D designs: 6 3.2 upper base plate: 7 3.3 Lower base plate: 7 3.4 Pillars: 8 3.5 Assembly1: 9 3.6 Assembly 2: 10 3.7 Tyre: 10 3.8 Motor: 11 3.9 Large clip: 12 3.10 Final Assembly: 12 Chapter#4 Modeling and Simulation 13 4.1 Modeling of a DC motor 13 4.2 TransferFunctionofMotor 16 Description 18 Model Information 19 Study Properties 20 Units 20 Material Properties 21 Loads and Fixtures 21 Mesh Information 22 Mesh Information - Details 22 Sensor Details 23 Resultant Forces 24 Reaction Forces 24 Reaction…show more content…
A fully autonomous robot needs no human intervention. Mobile robots mean the robots which are movable. They are able to move themselves within an environment or a terrain. To design an autonomous UGV, this will be equipped with a GPS module and Inertial Guidance System. Inertial Guided System will be mounted on the robotic platform. On the basis of data received by IGS controller will take decision and movement of the object will be done accordingly. Unmanned Ground Vehicle(UGV) is any piece of mechanized equipment that moves across the surface of the ground and serves to transport something but this transportation does not include any human being to carry with. Autonomous robotics is a field that is dominating the world. A fully autonomous robot needs no human intervention.Mobile robots are movable robots. They are able to loco-mote within a terrain or an environment. To design an autonomous UGV, this will be equipped with a GPS module and Inertial Guidance System.Inertial Guided System will be mounted on the robotic platform.On the basis of data received by IGS controller will take decision and movement of the object will be done accordingly. 1.2…show more content…
Literature Review Machines are being developed from the history of man but the history of IGS is started with wars of last centaury. 2.1 Background In the beginning Inertial navigation systems were developed to control and navigate the positions of rockets. Early German used v2 guided system in WWII combined two gyroscopes and a lateral accelerometer with a simple analog computer to adjust the azimuth for the rocket in flight. In the early 1950’s, the US government worked to develop a fully domestic missile guidance program. 2.2 Inertial Navigation System (INS) An inertial navigation system is a technique which is used to continuously calculate the different attributes of the system that includes position, how it is tilted at an angle i.e. orientation and velocity of a the object that is moving with the help of a computer/ controller, accelerometers (motion sensors) and gyroscope (orientation/rotation sensor).This type of system is used in vehicles such as aircrafts, guided missiles, ships, spacecraft’s and submarines. 2.3 MEMS Micro elctromechanical systems IGS has on board GPS. It elaborates the orientation with respect to reference with the help of gyroscope. 2.4 VN-200 INS

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