Analysis of MIS/MRP/ERP/OA/BPM/CMS and other concepts

MIS (Management Information System) system, A system composed of people, computers, and other peripheral devices that can collect, transfer, store, process, maintain, and use information. A complete MIS should include: Auxiliary Decision-making System (DSS), Industrial Control System (IPC), office automation system (OA) as well as databases, model libraries, inventory databases, knowledge bases, and interfaces for exchanging information with higher authorities and the outside world.

MRP (material demand planning-Material Requirement Planning) is a system designed and used for manufacturing inventory management information processing, it solves the problem of how to achieve the Manufacturing inventory management goal-to get the required materials at the right time according to the correct quantity. MRP is a well-known prototype of ERP. The inventory management idea of MRP and ERP is also derived from solving the basic equation of manufacturing.

ERP (Enterprise Resource Planning), ERP is for material resource management (logistics), human resource management (People flow), financial resource management (financial flow) integrated Enterprise Management Software for Information Resource Management (information flow. The core management philosophy of ERP is to effectively manage the entire supply chain.

 

OA (office automation) is a modern automatic office that uses computers to improve efficiency.

 

BPM (Business Process Management) is a comprehensive management model that integrates various business processes of an enterprise. Business Process Modeling (Business Process Modeling) is a way to express business processes. It is an important basis for Process Analysis and restructuring. From the perspective of enterprise information systems, office automation systems, transaction processing systems, and decision support systems are common enterprise information systems, but these systems are not included in the process, it is only used to help employees better complete certain tasks. The emergence of the workflow system makes it possible to automatically flow or execute the entire process.

 

CMS (Content Management System) has many templates based excellent designs, which can speed up website development and reduce development costs. CMS is a widely used name. It can be called a content management system from blog programs, news publishing programs to comprehensive website management programs.

SCM (supply chain management-supply chain management) is an integrated management idea and method that carries out the logistics planning and control functions from suppliers to end users in the supply chain. The Application of Supply Chain Management (SCM) is developed on the basis of Enterprise Resource Planning (ERP). It combines the company's manufacturing process, inventory system, and supplier data, shows the various influencing factors of the product construction process from a unified perspective.

 

Bi (Business Intelligence-businessintelligence) is generally understood as a tool that converts existing data in an enterprise into knowledge and helps the enterprise make informed business operation decisions. The data in the business intelligence system comes from other business systems of the enterprise. It may come from Enterprise CRM, SCM, and other business systems.

 

Product Lifecycle Management (PLM) is a type of enterprise that is used in a single place and is scattered in multiple places, and a series of application solutions supporting the creation, management, distribution and application of product lifecycle information between enterprises that have a cooperative relationship in the product R & D field. PLM is a concept, that is, the concept of managing product data throughout the lifecycle from product creation to use to final decommission.

SEO (Search Engine Optimization-Search Engine Optimization) is a method that uses search engine search rules to improve the ranking of target websites in related search engines.

SOA (Service-Oriented Architecture) allows you to deploy, combine, and use loosely coupled coarse-grained application components in a distributed manner through the network as needed. The service layer is the basis of SOA and can be directly called by applications to effectively control the human dependency between the system and the software agent. SOA will help software engineers understand the development and deployment forms of various components in enterprise-level architecture from a new perspective, it will help enterprise system architects build the entire business system more quickly, reliably, and reusable.