Machine learning vs rule based system
Answer:---------
Machine learning vs rule based system:-------------
Rules-Based Systems:-----------
Rules-based systems are a simple kind of artificial intelligence,
which use a series of IF-THEN statements that guide a computer to
reach a conclusion or recommendation.
Two Key Components:-------
A rules-based system is built on two main components: a set of
facts about a situation, and a set of rules for how to deal with
those facts:
Machine learning:-----------
Machine learning is an alternative approach which can help to
address some of the issues with rules-based methods. Rather than
attempt to fully emulate the decision process of an expert or best
practice, machine learning methods typically only take the outcomes
from the experts.
For example an insurance specialist may review a number of cases and decide whether they are fraudulent or not. Exactly how the expert arrived at their decision is not important for machine learning, only what their decision was. Focusing on the outcomes rather then entire decision making process can make machine learning more flexible and less susceptible to some of the problems encountered with rules-based systems.
Explain ‘Rule-based vs. Principle-based‘ approach in setting accounting standard - Show the benefits of each approach - Any kind of problem in adopting those approaches.
We have generated the following rule using association rule learning. If customer buys X and Y then the customer will buy Z This rule has a frequency of 95%. Based on the frequency, we automatically know that the rule will be a useful rule for us to use in our business. True or false
Artificial Intelligence and Machine Learning - How is traditional programming different from current programming in the sense of ML (machine learning)? - Explain the two components of a learning problem. What is learning a hypothesis? - When to use a simple hypothesis compared to a complex one? (Underfitting vs. Overfitting) - What is the difference in the error in training and testing and how does this relate to the generalization of the learning algorithm?
Applied vs. Actual Manufacturing Overhead Kubal Inc. applies overhead based on machine hours. Kubal reports the following for the year just ended: Budgeted overhead for the year $250,000 Budgeted machine hours 2,000 Actual overhead for the year $275,000 Actual machine hours 2,400 What is the amount of over- or under-applied overhead for the year?
4. Think of a mnemonic device for learning the Quotient Rule.
AI, Robotics, Machine Learning, etc. 1. How do we distinguish between robotics and machine learning? 2. What are some ways in which Machine Learning (ML) is being used in business? 3. What is the need for ‘training data?’ Exactly who or what is being trained? 4. What are the two kinds of ‘learning’ that we talk about in ML? a. What is the difference between the two? b. Why is it significant?
The following is the cost function of linear regression in machine learning. When learning using the decent gradient method, obtain an equation for updating W (let a be a learning rate) m 1 cost(W) Wry)2 2m i=1
The following is the cost function of linear regression in machine learning. When learning using the decent gradient method, obtain an equation for updating W (let a be a learning rate) m 1 cost(W) Wry)2 2m i=1
Camarillo Company uses a volume-based costing system that applies overhead cost based on machine hours at $15 per machine hour. The Company is considering adopting an activity-based costing system with the following data: Activity Cost Driver Rate Materials handling Pounds of material $1.20 Lathe work Number of parts 0.80 Milling Number of machine hours 6.00 Grinding Number of turns 0.10 Testing Number of units tested 9 The two jobs processed in the month of May had the following characteristics: Job...
Question 4 5 pts Which of the following machine learning procedures typically takes the shortest run time? Supervised training Post-training inference Iterative system optimisation Unsupervised training
Question 4 5 pts Which of the following machine learning procedures typically takes the shortest run time? Supervised training Post-training inference Iterative system optimisation Unsupervised training