Board Software Characteristics to Compare


Board software characteristics to compare cover archiving databases, user management, security, adding new licenses, using data synchronization mechanisms, maintaining a document library, managing scripts.

The Algorithm for Developing Software Characteristics to Compare

A critical step in the implementation of board software is the exchange of data with legacy information systems. By the term “legacy system” we mean information systems that have been used in an organization for a long time and have restrictions on the format of interaction or access to data. Before starting a project, we recommend that you write out and briefly describe the capabilities of all automation systems existing in your company, with which you intend to integrate. It is also necessary to formulate the needs for periodic data exchange with these systems (including the frequency of exchange, size, structure, and description of the data format). It will be helpful to include the contact names and phone numbers of employees who are most familiar with each legacy system in existence.

  • The algorithm for developing a board software characteristics to compare are as follows:
  • Consistency of competency requirements.
  • Determination of the level of competence.
  • Proof of the achieved level of competence.
  • Rating or assessment of competencies.
  • Methodological substantiation of the relationship between the assessment of competencies and remuneration.
  • Payment for competencies.

Board software characteristics to compare is an integral part of any implementation process. Integration companies usually offer several different courses depending on the specifics of the project and the needs of your team. As your implementation project develops, the integrator’s project manager can provide specific guidance on the training program at various stages of the project.

The Most Common Board Software Characteristics to Compare

  • each component is an independent software module. The component is executed within the control flow and is a multi-program control unit, i.e. components can run in parallel;
  • board software components are reusable, re-launch, configurable and reconfigurable;
  • any programming environment in the high-level C language can be used to create software components;
  • the interaction of software components is performed through a common area called the global database;
  • each board software component has input and output parameters that are stored in the global database. Each software component can change the state of the system by modifying variables in the database;
  • a set of variables with which the software component works, including input and output parameters, form the local database of this component. The local database is a subset of the global database. The software component can only use variables from the local database;
  • board software components are divided into two classes: computational component and interface component. The computing component uses only data from the database in its work. The interface component is designed to interact with external devices, its functions include reading/writing data from/to the device and converting data from the format of a physical device to the format of variables in the database. An interface component is similar in function to a device driver. The driver may include a device-specific interrupt handler;
  • for the coordination of board software components, a control module is used that performs dispatching and synchronization of software components, ensures the launch of components in accordance with a predetermined sequence diagram and/or by events, provides all the functions of working with the database, and some system functions;
  • software components in their operation use only the functions provided by the control program.