System Object Model - meaning and definition. What is System Object Model
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What (who) is System Object Model - definition

PROGRAMMING FRAMEWORK
System Object Model

IBM System Object Model         
In computing, the System Object Model (SOM) is an object-oriented shared library system developed by IBM. DSOM, a distributed version based on CORBA, allowed objects on different computers to communicate.
System Object Model (file format)         
EXECUTABLE FILE FORMAT USED BY THE HP-UX OPERATING SYSTEM FOR THE PA-RISC PLATFORM
In computing, the System Object Model (SOM) is a proprietary executable file format developed by Hewlett-Packard for its HP-UX and MPE/ix operating systems.
Object–relational database         
DATABASE MANAGEMENT SYSTEM
ORDBMS; Object-relational database management system; Object–relational; Object-relational model; Object-relational DBMS; Object-relational dbms; Object relational database; Object-relational database; Object-relational; Object–relational model
An object–relational database (ORD), or object–relational database management system (ORDBMS), is a database management system (DBMS) similar to a relational database, but with an object-oriented database model: objects, classes and inheritance are directly supported in database schemas and in the query language. In addition, just as with pure relational systems, it supports extension of the data model with custom data types and methods.

Wikipedia

IBM System Object Model

In computing, the System Object Model (SOM) is an object-oriented shared library system developed by IBM. DSOM, a distributed version based on CORBA, allowed objects on different computers to communicate.

SOM defines an interface between programs, or between libraries and programs, so that an object's interface is separated from its implementation. SOM allows classes of objects to be defined in one programming language and used in another, and it allows libraries of such classes to be updated without requiring client code to be recompiled.

A SOM library consists of a set of classes, methods, static functions, and data members. Programs that use a SOM library can create objects of the types defined in the library, use the methods defined for an object type, and derive subclasses from SOM classes, even if the language of the program accessing the SOM library does not support class typing. A SOM library and the programs that use objects and methods of that library need not be written in the same programming language. SOM also minimizes the impact of revisions to libraries. If a SOM library is changed to add new classes or methods, or to change the internal implementation of classes or methods, one can still run a program that uses that library without recompiling. This is not the case for all other C++ libraries, which in some cases require recompiling all programs that use them whenever the libraries are changed, known as the fragile binary interface problem.

SOM provides an application programming interface (API) that gives programs access to information about a SOM class or SOM object. Any SOM class inherits a set of virtual methods that can be used, for example, to find the class name of an object, or to determine whether a given method is available for an object.