were presented in The design of POSTGRES and the definition of the initial data model appeared in The POSTGRES data model. The design of the rule system at that time was described in The design of the POSTGRES interact will make this chapter somewhat clearer. In database jargon, PostgreSQL uses a client/server model. A PostgreSQL session consists of the follow- ing cooperating processes (programs): • A server process cities table, and select the pairs of rows where these values match. Note: This is only a conceptual model. The join is usually performed in a more efficient manner than actually comparing each possible pair

were presented in The design of POSTGRES and the definition of the initial data model appeared in The POSTGRES data model. The design of the rule system at that time was de- scribed in The design of the interact will make this chapter somewhat clearer. In database jargon, PostgreSQL uses a client/server model. A PostgreSQL session consists of the following cooperating processes (programs): • A server process cities table, and select the pairs of rows where these values match. Note: This is only a conceptual model. The join is usually performed in a more efficient manner than actually comparing each possible pair

initial concepts for the system were presented in [ston86], and the definition of the initial data model appeared in [rowe87]. The design of the rule system at that time was described in [ston87a]. The rationale interact will make this chapter somewhat clearer. In database jargon, PostgreSQL uses a client/server model. A PostgreSQL session consists of the following cooperating processes (programs): • A server process PostgreSQL does not guarantee that DISTINCT causes the rows to be ordered. 3 This is only a conceptual model. The join is usually performed in a more efficient manner than actually comparing each possible pair

initial concepts for the system were presented in [ston86], and the definition of the initial data model appeared in [rowe87]. The design of the rule system at that time was described in [ston87a]. The rationale interact will make this chapter somewhat clearer. In database jargon, PostgreSQL uses a client/server model. A PostgreSQL session consists of the following cooperating processes (programs): • A server process cities table, and select the pairs of rows where these values match. Note This is only a conceptual model. The join is usually performed in a more efficient manner than actually comparing each possible pair

initial con- cepts for the system were presented in [ston86], and the definition of the initial data model appeared in [rowe87]. The design of the rule system at that time was described in [ston87a]. The rationale interact will make this chapter somewhat clearer. In database jargon, PostgreSQL uses a client/server model. A PostgreSQL session consists of the following cooperating processes (programs): • A server process PostgreSQL does not guarantee that DISTINCT causes the rows to be ordered. 3 This is only a conceptual model. The join is usually performed in a more efficient manner than actually comparing each possible pair

initial con- cepts for the system were presented in [ston86], and the definition of the initial data model appeared in [rowe87]. The design of the rule system at that time was described in [ston87a]. The rationale interact will make this chapter somewhat clearer. In database jargon, PostgreSQL uses a client/server model. A PostgreSQL session consists of the following cooperating processes (programs): • A server process cities table, and select the pairs of rows where these values match. Note This is only a conceptual model. The join is usually performed in a more efficient manner than actually comparing each possible pair

initial concepts for the system were presented in [ston86], and the definition of the initial data model appeared in [rowe87]. The design of the rule system at that time was described in [ston87a]. The rationale interact will make this chapter somewhat clearer. In database jargon, PostgreSQL uses a client/server model. A PostgreSQL session consists of the following cooperating processes (programs): • A server process PostgreSQL does not guarantee that DISTINCT causes the rows to be ordered. 3 This is only a conceptual model. The join is usually performed in a more efficient manner than actually comparing each possible pair

were presented in The design of POSTGRES and the definition of the initial data model appeared in The POSTGRES data model . The design of the rule system at that time was described in The design of the interact will make this chapter somewhat clearer. In database jargon, PostgreSQL uses a client/server model. A PostgreSQL session consists of the follow- ing cooperating processes (programs): • A server process cities table, and select the pairs of rows where these values match. Note: This is only a conceptual model. The join is usually performed in a more efficient manner than actually comparing each possible pair

were presented in The design of POSTGRES and the definition of the initial data model appeared in The POSTGRES data model . The design of the rule system at that time was described in The design of the interact will make this chapter somewhat clearer. In database jargon, PostgreSQL uses a client/server model. A PostgreSQL session consists of the follow- ing cooperating processes (programs): • A server process cities table, and select the pairs of rows where these values match. Note: This is only a conceptual model. The join is usually performed in a more efficient manner than actually comparing each possible pair

initial con- cepts for the system were presented in [ston86], and the definition of the initial data model appeared in [rowe87]. The design of the rule system at that time was described in [ston87a]. The rationale interact will make this chapter somewhat clearer. In database jargon, PostgreSQL uses a client/server model. A PostgreSQL session consists of the following cooperating processes (programs): • A server process PostgreSQL does not guarantee that DISTINCT causes the rows to be ordered. 3 This is only a conceptual model. The join is usually performed in a more efficient manner than actually comparing each possible pair