how can will cetegories the world
Answers
Explanation:
We can’t categorize all knowledge in the world, because we don’t have access to it all. For example, it sometimes seems that you can find anything by running an internet search. But in fact many scholarly sources are not indexed publicly, so they will never show up in a search. Similarly, a significant portion of human knowledge is not stored in any form that can be indexed or accessed by others. We have oral traditions still that have yet to be recorded, and of course there is a massive amount of personal experience that is never shared. Businesses often have proprietary databases with knowledge of their own processes, discoveries, and research that are not open to the public at all. Since we can’t find it all, I’d say we can’t categorize it all.
Your question would be clearer if it asked “how can we organize available information so that it maximizes accuracy, efficiency, and relevance of searches” for example, but I’m not sure if that is what you meant. Ultimately, how you categorize anything depends on how you want to use it. You probably have some experience with this at home, on your own bookshelves. I organize mine by language first, then subject, because it helps me find the book I want when I want it. With electronic storage of information, we have the opportunity to change how we categorize relatively easily. Library information science is concerned with this question because it aims to deliver accurate, relevant knowledge as efficiently as possible. The development of this area of information science is ongoing and tremendously important. Many methods are being used to improve it, such as collecting data on how people search and how satisfied they are with the results. Deep learning algorithms are being applied to massive data sets to discover and index relevant relationships. The level of organization, and the categorization process that it relies on, would have been impossible without the invention of computers, and its current complexity is a challenge which draws on the top computer scientists in the world. To understand the current state of the art, you may want to reference Google’s story (
Answer:
We can’t categorize all knowledge in the world, because we don’t have access to it all. For example, it sometimes seems that you can find anything by running an internet search. But in fact many scholarly sources are not indexed publicly, so they will never show up in a search. Similarly, a significant portion of human knowledge is not stored in any form that can be indexed or accessed by others. We have oral traditions still that have yet to be recorded, and of course there is a massive amount of personal experience that is never shared. Businesses often have proprietary databases with knowledge of their own processes, discoveries, and research that are not open to the public at all. Since we can’t find it all, I’d say we can’t categorize it all.
Your question would be clearer if it asked “how can we organize available information so that it maximizes accuracy, efficiency, and relevance of searches” for example, but I’m not sure if that is what you meant. Ultimately, how you categorize anything depends on how you want to use it. You probably have some experience with this at home, on your own bookshelves. I organize mine by language first, then subject, because it helps me find the book I want when I want it. With electronic storage of information, we have the opportunity to change how we categorize relatively easily. Library information science is concerned with this question because it aims to deliver accurate, relevant knowledge as efficiently as possible. The development of this area of information science is ongoing and tremendously important. Many methods are being used to improve it, such as collecting data on how people search and how satisfied they are with the results. Deep learning algorithms are being applied to massive data sets to discover and index relevant relationships. The level of organization, and the categorization process that it relies on, would have been impossible without the invention of computers, and its current complexity is a challenge which draws on the top computer scientists in the world. To understand the current state of the art, you may want to reference Google’s story (