"Lindenmyer" Example Sentences
1. The famous Lindenmyer algorithm is often used in computer science.
2. Lindenmyer notation is a symbolic way of expressing mathematical transformations.
3. Dr. Lindenmyer received several awards for his contributions to the field of computational biology.
4. The Lindenmyer system can generate complex fractals.
5. There are many variations of the Lindenmyer grammar.
6. Lindenmyer's algorithm is particularly useful in generating realistic-looking plants.
7. The concept of Lindenmyer systems was introduced in the 1960s.
8. A Lindenmyer system is composed of an initial string and a set of production rules.
9. Lindenmyer systems can be used to model the growth of bacterial colonies.
10. The Lindenmyer algorithm can simulate the behavior of certain cellular automata.
11. Lindenmyer systems have been used to generate music compositions.
12. Lindenmyer's work has had a significant impact on the field of computer graphics.
13. The Lindenmyer approach has been extended to model the behavior of social networks.
14. Lindenmyer's grammar can be applied in natural language processing.
15. The Lindenmyer method is an iterative process.
16. Lindenmyer fractals have been used in various artistic expressions.
17. Lindenmyer's algorithm enables the generation of realistic patterns in natural phenomena.
18. A Lindenmyer system can be seen as a type of formal language.
19. Lindenmyer systems are an example of generative grammar.
20. The Lindenmyer method can be used to generate images of terrain.
21. The Lindenmyer algorithm is used in some types of data encryption.
22. The Lindenmyer approach can be applied in machine learning.
23. Lindenmyer's work has been a source of inspiration for many artists and designers.
24. A Lindenmyer system can be used to simulate the behavior of a flock of birds.
25. Lindenmyer fractals can be found in some naturally occurring phenomena, such as leaves.
26. The Lindenmyer method is often used in computer simulations of crowd behavior.
27. Lindenmyer's algorithm is an example of a recursive function.
28. In Lindenmyer systems, the output of a production rule becomes the input for the next iteration.
29. The Lindenmyer approach has its roots in the study of formal languages and automata theory.
30. Lindenmyer's work has contributed to the development of artificial life and artificial intelligence.
Common Phases
1. Branching structures can be generated using Lindenmayer systems;
2. The Lindenmayer algorithm is commonly used in the modeling of organic structures;
3. Lindenmayer systems are named after the biologist who developed them, Aristid Lindenmayer;
4. Lindenmayer systems can produce fractal patterns;
5. Lindenmayer systems are often employed in computer graphics and animation;
6. Lindenmayer systems can be used to model the growth of plants;
7. Lindenmayer systems are recursive algorithms.