Written to address the fundamentals of formal languages, automata, and computabilty, An Introduction to Formal Languages and Automata provides an accessible, student-friendly presentation of all material essential to an introductory Theory of Computation course. It is designed to familiarize students with the foundations and principles of computer science and to strengthen the students' ability to carry out formal and rigorous mathematical arguments. In the new Fifth Edition, Peter Linz continues to offer a straightforward, uncomplicated treatment of formal languages and automata and avoids excessive mathematical detail so that students may focus on and understand the underlying principles. In an effort to further the accessibility and comprehension of the text, the author has added new illustrative examples and exercises throughout. New and Key Features of the revised and updated Fifth Edition: Includes a new chapter within the appendices on finite-state transducers, including basic results on Mealy and Moore machines. This optional chapter can be used to prepare students for further related study. Provides an introduction to JFLAP, also within the appendices. Many of the exercises in the text require creating structures that are complicated and that have to be tested for correctness. JFLAP can greatly reduce students time spent on testing as well as help them visualize abstract concepts. A CD-ROM accompanies every new copy of the text and contains the following: A summary description of JFLAP; Numerous new exercises that illustrate the value and efficiency of JFLAP; JFLAP implementations of most of the examples in the text that allow students and instructors to experiment dynamically with these examples.
فردا باید پروژهم رو بارگذاری کنم، شنبه ارائهاش بدم، و دیگه این درس تمومه. علومکامپیوتریترین درسی بود که تا حالا گذرونده بودم و خیلی خیلی دوستش داشتم. یک عالمه زبان ساختیم و اونها رو تحلیل کردیم، براشون گرامر نوشتیم، و در نهایت یاد گرفتیم ماشینهای تورینگی بنویسیم که زبانِ گرامرهامون رو پذیرش کنه. آخ خیلی خوش گذشت. کتاب پیتر لینز هم برام خوشخوان بود. توضیحاتش واضح بود و به اندازهی کافی تمرین حلشده داشت. ۰۲/۱۱/۴
کتاب (خود کتاب، نه ترجمه) بسیار روان برای یادگیری نظریه زیان ها و ماشین ها با تمرینات مناسب. البته کتاب در مبحث گرامرها و همچنین پیچدگی جامع نیست و باید در کنار کتاب های دیگر مطالعه شود. ولی برای کسانی که برای اولین بار میخواهند نظریه زبان ها را یاد بگیرند همین کتاب را توصیه می کنم
بهترین و بهترین و بهترین کتاب یادگیری نظریهی زبان وماشینه. مثالها و تمرینهاش فوقالعادن و مطالب رو کاملا عمقی توضیح میده. به نظرم بهترین رفرنس ممکن برای شروع این فیلده.
دربارهی نظریه زبانها و ماشینهاست، و با خوندنش میفهمید کامپایلر چطور متوجه خطای سینتکسی میشه. :دی متن خیلی روون و خوب، موضوع جذاب، ترتیب مناسب مباحث و همه چیز.
It helped me through my "Formal Languages & Compiler Design" class (first part, obv.). I've used it to supplement my lecture notes. There are plenty of useful "worked-through" examples.
This course could be read by some better references. I teach it by a book which belongs to "Ker I Ko, D. Zoo" Problem solving in Automata, Language and Complexity Theory.
Very well written. Before reading it I was afraid of my math incompetence, but this is one of those rare books which also gave all the required math (about sets and functions mainly). Also, I found a very nice flow in the writer's style which is many times absent in textbooks. The prose flowed like a story from beginning to end. The author had remarkable clarity about whatever he writes, even though his writing style is plain and simple. Exemplary textbook. Best book for Theory of Computation Courses.
Rigorous introduction to the topic. While the final chapters really touch on more advanced topics I found hard to follow, the first half of the book is pretty accessible. The extensive sets of exercises make it a very suitable textbook for a course on the subject of grammars, automata and formal languages.
This book does a decent job in explaining Formal Languages and Automata. However, I didn't like the super formal approach for the more difficult subjects such as the Turing machine and pumping lemma. I had to use external sources to figure those two subjects out.
Not terrible but definitely not an easy book on the subject, the author could have been a bit more descriptive and given more complex examples because typically he gives very easy examples and then none of the problems are simple and can be pretty difficult.
The book is not bad, rich of exercises. The only problem is that it solves basic and easy examples only. Which makes harder for the reader to be able to apply the concept on hard exercises.