Information retrieval system is a system that is widely used to retrieve information. This research will discuss how the system finds back the information stored in database tables. Tables in the database are arranged to store all forms of data entered by database users so that later the stored data can be used again. Re-accessing the database's information must go through a mechanism known as a database management system (DBMS). One of the most widely used DBMS is MySQL. By using a DBMS, information and data can be manipulated according to user needs. Data manipulation in the database is done in a special language, namely SQL (Structure Query Language). Mastery of SQL commands is an obligation for database users so that the manipulated data can produce the required information. However, many database users still do not understand how the actual SQL command syntax manages and manipulates data into information. This is, of course, very risky if the solution is not immediately sought because it will hinder the process of retrieving information from the data stored in the database. For this problem to be resolved, it is necessary to design a system that can help database users translate their wishes into SQL command syntax. This paper will discuss how a command in Indonesian can be translated into SQL command syntax. The method used to solve this research problem is rule-based. There are two stages in the main process: the pre-processing stage, which consists of a word tokenization process, and a translation stage, including a keyword grouping process. This keyword grouping process consists of the keyword group analysis phase, table and column analysis, identification of SQL commands, and mapping of SQL commands. From all stages that have been passed and testing of 7 scenarios with ten (10) commands for each scenario, the accuracy is 81.42%. The inaccuracy in the testing process is more a problem of displaying data from two or more tables, for example, using the join table command. This problem can be addressed by adding new rules for the use of table joins.

Virtually all database-related systems provide search features. Starting from a complex search engine like google to a relatively simple example of search features on a digital library page. A good search engine is capable of delivering fast, accurate, and fault-tolerant results. Speed ​​may be affected by server device capabilities and complex algorithm combinations.The form of the condition condition used in the search query generally uses LIKE for partial search, REGEXP for multi key search, and MATCH-AGAINST for multi key search with fulltext index. However, these functions are not sufficient to perform a search selection on a slightly wrong key or rather fault tolerance that is still not good. So researchers do an analysis if one of the search function is combined with a dictionary table.Table dictionary as a comparator key to find a more appropriate key if key wrong key. But on the other hand the addition of the comparison process is estimated to have a weakness to the processing time. Researchers assume if the weakness can be overcome if the ability of the server is improved.