Sorting and Searching are two fundamental operations in a computer sci translation - Sorting and Searching are two fundamental operations in a computer sci Indonesian how to say

Sorting and Searching are two funda

Sorting and Searching are two fundamental operations in a computer science. Sorting means arranging on data in given ordersuch that increment or decrement. Searching means find out location or find out an element of a given item in a collection ofitem. Many data structures are used to store information but Arrays, linked lists and tree are basic data structures used to sortingand searching operation. Searching element is any type of a numerical data, alphabet, String, character data. A number ofsearching algorithms have been developed like that sequential search, binary search, tree search and hashing etc. Everysearching algorithm depends on specific problem, property of data and algorithm complexity. This research paper gives briefintroduction about searching algorithm, we define to which type of searching algorithm used to which type of Problem and wecompare to different type of searching algorithm in a different important parameter like time complexity, space complexity,associated key, no of comparisons etc. A group of element is originated to a file or table. Each element is a called to record.Search technique is applying to a file or table and find to a specific record with location. Each record is associated to a key andthis key is separated to different record. If key are store on start of a record so this type of key is called to internal key. In othercase key are store on separate table including pointer to the record so this type of key is called external key. Every file or tableshave a two set of key. First set are define a uniquely data this key is a called primary key and this set have an internal andexternal key. Second set are define none uniquely data this key is a called secondary key. We search to an element withlocation we need to first set after that need to second set.
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Sorting and Searching are two fundamental operations in a computer science. Sorting means arranging on data in given order<br>such that increment or decrement. Searching means find out location or find out an element of a given item in a collection of<br>item. Many data structures are used to store information but Arrays, linked lists and tree are basic data structures used to sorting<br>and searching operation. Searching element is any type of a numerical data, alphabet, String, character data. A number of<br>searching algorithms have been developed like that sequential search, binary search, tree search and hashing etc. Every<br>searching algorithm depends on specific problem, property of data and algorithm complexity. This research paper gives brief<br>introduction about searching algorithm, we define to which type of searching algorithm used to which type of Problem and we<br>compare to different type of searching algorithm in a different important parameter like time complexity, space complexity,<br>associated key, no of comparisons etc. A group of element is originated to a file or table. Each element is a called to record.<br>Search technique is applying to a file or table and find to a specific record with location. Each record is associated to a key and<br>this key is separated to different record. If key are store on start of a record so this type of key is called to internal key. In other<br>case key are store on separate table including pointer to the record so this type of key is called external key. Every file or tables<br>memiliki dua set kunci. Set pertama adalah mendefinisikan unik data kunci ini adalah yang disebut kunci primer dan set ini memiliki internal dan <br>eksternal kunci. Set kedua yang menentukan tidak ada data yang unik kunci ini adalah yang disebut kunci sekunder. Kami mencari untuk elemen dengan <br>lokasi kita perlu set pertama setelah itu perlu set kedua.
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Penyortiran dan pencarian adalah dua operasi mendasar dalam ilmu komputer. Sorting berarti mengatur data dalam urutan yang diberikan<br>sehingga kenaikan atau pengurangan. Pencarian berarti mencari tahu lokasi atau mencari tahu elemen dari item yang diberikan dalam koleksi<br>item. Banyak struktur data yang digunakan untuk menyimpan informasi tetapi array, daftar tertaut dan pohon adalah struktur data dasar yang digunakan untuk menyortir<br>dan mencari operasi. Elemen pencarian adalah jenis data numerik, alfabet, string, data karakter. Sejumlah<br>algoritma pencarian telah dikembangkan seperti itu berurutan pencarian, pencarian biner, pohon pencarian dan hashing dll. Setiap<br>algoritma pencarian tergantung pada masalah tertentu, properti data dan algoritma kompleksitas. Makalah penelitian ini memberikan penjelasan singkat<br>pengenalan tentang algoritma pencarian, kita mendefinisikan jenis algoritma pencarian yang digunakan untuk jenis masalah dan kami<br>dibandingkan dengan berbagai jenis algoritma pencarian dalam parameter yang berbeda penting seperti kompleksitas waktu, kompleksitas ruang,<br>kunci terkait, tidak ada perbandingan dll. Sekelompok elemen berasal dari file atau tabel. Setiap elemen dipanggil untuk merekam.<br>Teknik pencarian yang berlaku untuk file atau tabel dan menemukan catatan tertentu dengan lokasi. Setiap catatan dikaitkan ke kunci dan<br>kunci ini dipisahkan ke catatan yang berbeda. Jika kunci disimpan di awal rekaman sehingga jenis kunci ini dipanggil ke kunci internal. Di lain<br>kunci kasus adalah menyimpan pada tabel terpisah termasuk pointer ke catatan sehingga jenis kunci ini disebut kunci eksternal. Setiap file atau tabel<br>memiliki dua set kunci. Set pertama adalah mendefinisikan data unik kunci ini adalah kunci primer yang disebut dan set ini memiliki internal dan<br>tombol eksternal. Set kedua mendefinisikan tidak ada data unik kunci ini adalah kunci sekunder yang disebut. Kami mencari sebuah elemen dengan<br>Lokasi kita perlu mengatur terlebih dahulu setelah itu perlu menetapkan kedua.
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