System architecture: It is the high-level structures of a software system and also the discipline of developing such structures and systems. In this the structure includes the software elements, relations among them, and the properties of both elements and relations. It acts as the blueprint for the system and also the developing project, laying out the tasks that are required to be executed by the design teams

Question

Computer Science A problem with using a production system to control robots is the Qualification Problem – trying to predict all of the things in the environment that can prevent the robot from successfully completing the task and developing actions the robot can execute in order to complete the task. A friend of mine used to maintain the robots for the paintshop at GM. One of their problems was making sure the robots were all using the same colour of paint on the car. The paint was manually loaded into reservoirs by humans and occasionally the wrong colour paint was loaded (by mistake or on purpose). Sometimes the vehicles came off the production line as car of many colours. a. Excluding the loading of the wrong colour mentioned above, what are five external events that could cause these robots to stop their task or do the task incorrectly? Is it possible for the robot to solve each problem without human intervention? If so, how? - if not, why not? b. People used to do this job.…

Answer 1

Question

Chapter 6, Problem 6.4E

Program Plan Intro

System architecture:

It is the high-level structures of a software system and also the discipline of developing such structures and systems. In this the structure includes the software elements, relations among them, and the properties of both elements and relations. It acts as the blueprint for the system and also the developing project, laying out the tasks that are required to be executed by the design teams

Expert Solution & Answer

Trending nowThis is a popular solution!

See solution

Check out sample textbook solution

Students have asked these similar questions

Computer Science A problem with using a production system to control robots is the Qualification Problem – trying to predict all of the things in the environment that can prevent the robot from successfully completing the task and developing actions the robot can execute in order to complete the task. A friend of mine used to maintain the robots for the paintshop at GM. One of their problems was making sure the robots were all using the same colour of paint on the car. The paint was manually loaded into reservoirs by humans and occasionally the wrong colour paint was loaded (by mistake or on purpose). Sometimes the vehicles came off the production line as car of many colours. a. Excluding the loading of the wrong colour mentioned above, what are five external events that could cause these robots to stop their task or do the task incorrectly? Is it possible for the robot to solve each problem without human intervention? If so, how? - if not, why not? b. People used to do this job.…

Spatial perception On a street in the plane, you can follow the course of a straight road to the horizon. If you look directly down, the edges of the road are parallel; at the horizon, they meet at a point. Explain why in reality parallel lines actually meet at the horizon.

Figure below shows an aerial view of the car park managed by a parking company. You have been approached by the company to develop a computer vision system that can be used to identify vacant parking lots. Figure 3 iv) Another common issue faced by car park visitors is the difficulty in locating their vehicle when the car park is full. You are asked to extend the current system to be able to locate the general location of a specific vehicle. Describe two modifications (or approaches) that can be applied to the current system to locate a specific vehicle. In your answer, also discuss the factors that would affect the performance of the system with your proposed approach.