ARTIFICIAL INTELLIGENCE Please choose one of the visions described at 1.1 and an
ID: 3776248 • Letter: A
Question
ARTIFICIAL INTELLIGENCE
Please choose one of the visions described at 1.1 and answer questions at 1.2
The student should develop and describe a vision on one of the following systems: a robot-postman. In the morning, it delivers different types of postal items to people of one of the city districts. So. it works on the principle "from the post office to a citizen." It should be noted that the number and types of postal items are subject to changes on daily basis, as well as changes in location of mailbox can happen over time. Moreover, the robot could be assigned to another district of the city: an intelligent car wash. Taking into account the car model and the level of dirtyness, it ensures an appropriate washing mode. The wash should take into account that there could be both casual customers and regular customers; an intelligent dog. In any room, where his owner is staying, the dog is able to find and bring owner's slippers. In case if the owner has new slippers, the dog is able to recognize this fact and to adapt his activities; an intelligent greenhouse. According to the type of plant, it is able to provide appropriate conditions in terms of quantity of humidity, temperature, heat, and light; Describing the vision, the student should answer the following questions: What functions should the system perform? Which are conditions for performing each of the previously specified functions? What abilities does the system need to perform its functions? What components (hardware and software) does the system need for supporting the previously identified abilities? What knowledge does the system need? How should be this knowledge used by the system?Explanation / Answer
I am choosing Intelligent Dog for answering questions in 1.2
Q1: The system should be able to identify the slippers of the owner regardless of any place where the owner stays. If the owner buys new slippers, the system should be able to learn it and recognise the new slippers in future.
Q2: Slippers should be kept outside, not to be hidden inside any wardrobe.
Q3: Remembering the features of owner's slippers, Comparing the features of owner's slippers with the recognised object, If new slipper is found, store the features of the new slippers in memory
Q4: High Quality Camer to capture the images of the object, Machine learning algorithms written to train the intelligent dog system
Q5: System would need the meta-features extracted from images of slippers to be stored in the knowledge base.
Q6: This knowledge base should be used to compare the features from new images to decide whether the object in new image is a slipper, if it is a slipper then to decide whether it's his owner's or not.