Non-duplicated

The term 'non-duplicated' describes something that exists only once within a specific context or dataset; it signifies the absence of repetition or replication. It emphasizes the uniqueness of an item, event, or element, highlighting that no identical copy or instance of it is present. This concept is fundamental in fields like data management, where avoiding redundancy is crucial, as well as in creative endeavors, where striving for originality is valued. It applies across a range of applications from database design to literary creation.

Non-duplicated meaning with examples

• In our database, we implemented strict checks to ensure every customer record was non-duplicated. This prevented data corruption and maintained the integrity of our customer relationship management system. Each client's information was entered only once, leading to cleaner reporting and more accurate analysis of sales trends and marketing campaigns, which increased accuracy and helped avoid client confusion.
• The artist's collection showcased non-duplicated pieces, each representing a unique vision and technique. She specifically desired to build a portfolio without duplicates. This approach ensured that art collectors could build a singular selection. Her gallery promoted these distinct artworks that were all uniquely created, enhancing their value and aesthetic appreciation, which greatly increased interest.
• The event planning software verified a non-duplicated guest list, preventing multiple invitations to the same person. This avoided embarrassment and controlled the seating for the event. The system automatically detected duplicates from inputted spreadsheets by checking email addresses and mailing addresses, ensuring precise logistics and cost management.
• During a code review, it was essential to ensure the array only stored non-duplicated entries of the most used data structures. Removing duplicates greatly increased efficiency and reduced memory use by streamlining data. This prevented errors, making the program more efficient and reducing potential conflicts, leading to improved execution.