Quiz Space

AI: Search Methods for Problem Solving · End Term · 13 Sept 2026 · May 2026 term · Set S2

Question 13: RULE BASED EXPERT SYSTEMS\ A Rete Net for classification…

Question 13

+1 markWritten answer

RULE BASED EXPERT SYSTEMS
A Rete Net for classification of properties is shown in the figure. The labels A1, A2, A3, ..., A10, A11, A12, A13, ..., and B1, B2, B3, B4 uniquely identify nodes in the network. When required, use the above label ordering to break ties and to enter short answers.

For each WME identify its location (node label) in the Rete Net, and prepare the conflict set for the first cycle, then answer the given sub-questions.

If the Inference Engine uses Recency as the conflict resolution strategy then which rule-data tuple(s) will qualify? Enter one rule data tuple as a comma separated list in the text box: rule name followed by timestamps in ascending order.
NO SPACES, TABS, BRACKETS OR EXTRANEOUS CHARACTERS. Answer format: R9,201,202,203,204 Answers Case Sensitive : No

Show answer

Correct answer: R3,203,205,206

Question 13 of 25 in the IIT Madras BS AI: Search Methods for Problem Solving (AI Search Methods) End Term paper sat on 13 Sept 2026, in the May 2026 term (Ai: Search Methods For Problem Solving 13 Sep 26 (Session 2)). It carries 1 mark.

More questions from this paper

  1. Q1Is it possible to construct a TSP tour by traversing only along the edges in the graph?
  2. Q2What will be the size of the OPEN list when GoalTest returns true during Breadth First search? (Note: nodes already see…
  3. Q3What will be the cost of the path found by the A algorithm? Use Big-O notation. Answers Case Sensitive : No
  4. Q4The heuristic is .
  5. Q5What is the full form of DC BFHS? Answers Case Sensitive : No
  6. Q6GAMES\ Consider any k-ply game tree having MAX as root, where k is an ODD number, and each player having exactly 2 move…
  7. Q7Answers Case Sensitive : No
  8. Q8Let the SSS algorithm process the subtree with h=30, identify the leaf node(s) solved by the algorithm, and enter those…
  9. Q9PROBLEM DECOMPOSITION\ The figure shows an AND-OR decomposition of problem S into subproblems. The nodes are uniquely i…
  10. Q10PROBLEM DECOMPOSITION\ The figure shows an AND-OR decomposition of problem S into subproblems. The nodes are uniquely i…
  11. Q11RULE BASED EXPERT SYSTEMS\ A Rete Net for classification of properties is shown in the figure. The labels A1, A2, A3, .…
  12. Q12RULE BASED EXPERT SYSTEMS\ A Rete Net for classification of properties is shown in the figure. The labels A1, A2, A3, .…
  13. Q14GOAL STACK PLANNING\ The domain description of Blocks World with a single one-armed robot is given below. Tie-breaker 1…
  14. Q15GOAL STACK PLANNING\ The domain description of Blocks World with a single one-armed robot is given below. Tie-breaker 1…
  15. Q16GRAPH-PLAN\ The domain description of Blocks World with a single one-armed robot is given below. The GraphPlan algorith…
  16. Q17GRAPH-PLAN\ The domain description of Blocks World with a single one-armed robot is given below. The GraphPlan algorith…
  17. Q18AUTOMATED PLANNING\ Consider a planning problem in the multiarm blocks-world domain, with 2^(k^2) blocks and k^2 arms, …
  18. Q19Given a valid planning problem, under what conditions will GraphPlan return a valid plan? Give a precise and concise an…
  19. Q20Can GraphPlan solve the Sussman anomaly?
  20. Q21CONSTRAINT SATISFACTION\ Consider a CSP over 3 variables A, B, C, where the domains and constraints are: where, mod(n,d…
  21. Q22CONSTRAINT SATISFACTION\ Consider a CSP over 3 variables A, B, C, where the domains and constraints are: where, mod(n,d…
  22. Q23CONSTRAINT SATISFACTION\ Consider a CSP over 3 variables A, B, C, where the domains and constraints are: where, mod(n,d…
  23. Q24CONSTRAINT SATISFACTION\ Consider a CSP over 3 variables A, B, C, where the domains and constraints are: where, mod(n,d…
  24. Q25CONSTRAINT SATISFACTION\ Consider a CSP over 3 variables A, B, C, where the domains and constraints are: where, mod(n,d…