Relating to or involving permutations; the act of arranging things or items in different orders. permutational processes consider all possible arrangements of a set of elements, where the order of the elements matters. The study of permutations and their properties is fundamental to areas like combinatorics, cryptography, and data analysis. This word often describes algorithmic approaches, problem-solving strategies, or mathematical models that explore the different possible sequences of items to arrive at solutions or uncover patterns. It underscores the importance of sequence and order.
Permutational meaning with examples
- The algorithm used a permutational approach to analyze all possible combinations of ingredients, ensuring no optimal recipe was overlooked. This method generated a complete list of options to create diverse and delicious results. By evaluating every sequence, the chefs were sure to craft the perfect menu.
- In cryptography, the cipher employed a highly permutational technique, scrambling the original message beyond recognition by rearranging characters. Its inherent difficulty to decipher led to its adoption by the intelligence community, as it ensures privacy during exchanges.
- The researchers used a permutational technique to analyze the relationships between different genes, mapping out all possible orderings. This helped them find correlations that could reveal patterns, leading to an enhanced understanding of cellular processes and disease.
- To solve the traveling salesman problem, the computer program explored all possible routes using a permutational strategy. Finding the shortest route between multiple cities meant the program's computations could take a while, but it provided the optimal solution.
- The artist employed a permutational style when arranging the tiles on their mosaic, meticulously varying the sequence and position to produce an intricate design. Each tile played a key role and the order was essential to create the complex visual effect.