01:33 The goal of search is to solve every problem in the world with an AI algorithm. 03:06 Notion of natural intelligence and AI algorithm's ability to solve all problems 04:39 Focus on understanding the input and output before the algorithm. 06:12 Uniform representation of computational problems using the notion of a state 07:45 Defining and abstracting the notion of a state 09:18 States can be viewed as unique numbers and also as compositions of state variables. 10:51 Different levels of state representation: atomic, propositional, relational, and first order view. 12:24 The video discusses the propositional and relational views of defining a state space for the search problem.
If there is more than one input, why does it require more than one algorithm? This is a very stupid comment, not aware of the world of signal processing.
this entire series has been taught so well. Engaged and lively content delivery... fantastic, informative...
01:33 The goal of search is to solve every problem in the world with an AI algorithm.
03:06 Notion of natural intelligence and AI algorithm's ability to solve all problems
04:39 Focus on understanding the input and output before the algorithm.
06:12 Uniform representation of computational problems using the notion of a state
07:45 Defining and abstracting the notion of a state
09:18 States can be viewed as unique numbers and also as compositions of state variables.
10:51 Different levels of state representation: atomic, propositional, relational, and first order view.
12:24 The video discusses the propositional and relational views of defining a state space for the search problem.
In sorting there are many algorithms but same input and output can obtain then how can we say there are different algorithms
😂😂
@@ytg6663 WAH WHAT A REPLY
@@yashasvisharma3974 Thank you for praising. What do yu do
@@ytg6663 bhai !!3rd year IIIT heydrabad
@@ytg6663 and yu?
👍👍👍👍👍
If there is more than one input, why does it require more than one algorithm? This is a very stupid comment, not aware of the world of signal processing.