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Learn Prolog Now!

Hodnotenie knihy

Viac o knihe

Prolog is a programming language, but an unusual one. The term "Prolog" is short for "Programming with Logic," and its relationship with logic gives Prolog its special profile. At its core is a surprising idea: not telling the computer what to do. Instead, relevant situations are described, and computation occurs when questions are asked. Prolog deduces new facts about the described situations and returns these deductions as answers. Why learn Prolog? Firstly, its motto "state what the problem is instead of how to solve it" makes it a high-level language suitable for applications with complex knowledge structures, such as artificial intelligence, natural language processing, and semantic web. By studying Prolog, the reader will see how sophisticated tasks can be solved computationally. Furthermore, Prolog requires a different type of reasoning. Problems must be viewed from a different perspective, declaratively rather than procedurally. Acquiring this mindset and learning to appreciate the relationships between logic and programming make the study of Prolog challenging and rewarding.

Nákup knihy

Learn Prolog Now!, P Blackburn, J Bos, K Striegnitz

Jazyk
Rok vydania
2006
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Titul
Learn Prolog Now!
Jazyk
anglicky
Rok vydania
2006
Väzba
mäkká
Počet strán
284
ISBN10
1904987176
ISBN13
9781904987178
Série
Hodnotenie
3,65 z 5
Anotácia
Prolog is a programming language, but an unusual one. The term "Prolog" is short for "Programming with Logic," and its relationship with logic gives Prolog its special profile. At its core is a surprising idea: not telling the computer what to do. Instead, relevant situations are described, and computation occurs when questions are asked. Prolog deduces new facts about the described situations and returns these deductions as answers. Why learn Prolog? Firstly, its motto "state what the problem is instead of how to solve it" makes it a high-level language suitable for applications with complex knowledge structures, such as artificial intelligence, natural language processing, and semantic web. By studying Prolog, the reader will see how sophisticated tasks can be solved computationally. Furthermore, Prolog requires a different type of reasoning. Problems must be viewed from a different perspective, declaratively rather than procedurally. Acquiring this mindset and learning to appreciate the relationships between logic and programming make the study of Prolog challenging and rewarding.