چه عملکرد و اجزایی تشکیل یک مجموعه BPM کامل را می دهد؟

The entire collection and technology in the implementation of BPM sometimes toolbox as BPM or BPMS noted. When choosing technology as part of BPM adaptation , sometimes these components come together separately and sometimes all together as an integrated environment . In any case, understanding the differences between the component list and the functions is valuable.

BPM technology for process automation helps assemble components for applications based on the flow defined by a business model. There must be functions for creating and managing the business process model. Controlling a set of components using a model is sometimes called orchestration .

Assembling a business process application without components of different types including: user interface and web service can not happen. Business rules must be created to support the assembled program. In addition, once created components must be stored and managed in repositories built for this purpose. At this time, components must be integrated in ways that are not controlled by BPM .

Once an application has been created, ongoing activities may need to be tracked and monitored.

Here is a list of the most common components and management mechanisms involved in assembling applications.

Web Services. BPM to SOA needs. The process of creating executive business process models is the beginning of creating applications that help automate and support business processes . In order for any stage of the business process to be able to interact with the world, web services are needed to establish two-way communication with enterprise applications and access to other sources of information and capabilities on the Internet.

Business rules. Process steps applications can use a set of business rules, including determining certain outcomes based on specific inputs and rules that are effective. Rules can be used to determine the routing of a document, the value of an individual, or an offer to encourage the purchase of more of a product.

user interface. An interface is needed when the process steps require people to interact to gather information or to define a task to be performed manually. Thus, it is a partial user interface that is included in a set of components assembled to work in an application by BPM process automation technology . User interface components can be automatically generated based on implicit interaction by web services , business rules , or data required for the steps of a process. UI components can also be created by users and developers using a variety of tools.

Orchestration modeling tools. Modeling and orchestration tools are used at different levels of BPMS . The center of a BPMS is usually the modeling environment used to define business process models or tuning and orchestration services. Modeling can be used to create services and user interfaces. Modeling can also be used to define, integrate, and map information from one source to another.

Simulation tools. In order to understand the workflow through a proposed business process, simulation tools can be used. Assumptions are made about the amount of inputs to each process and how long each process step takes. In this way, key bottlenecks or areas for optimization can be found. These key areas can be closely monitored to find problems early in the implementation or validation of hypotheses.

Process and model tanks. Once created, the models must be stored in repositories that allow them to be viewed and shared by a large group of people. In any large BPM matching program , some processes are used over and over again. The components of these processes must be stored in one central location and reused in other business process models .

Web Services repositories. The ability to find services, understand what they do, and identify the data through which they are sent and retrieved is important for connecting the business process steps and the user interface for requesting services. Web service repositories contain information about the interfaces and capabilities of services and the basic applications to which services are connected at runtime.

Integration tools. It is not uncommon for a business process to have two systems that work together in a specific way. Maybe a purchase order should be transferred from the CRM application to the ERP . Often, BPMS does not include the ability to do such integration, so other integration tools must be used to create the required capability. BPM tools then use services that perform the integration defined by the integration tools. In this way, specific integrations become the components used by BPM technology .

Centralized task management. One of the most important changes in the business process model occurs when a software program asks a person to perform a task. It is vital that the work to be done is adequately described and the results of the work are recorded. A user may receive job requests from various business process applications. Implementing centralized task management creates a single inbox to which all business process application requests are sent, making it easy to monitor and execute those tasks.

Activity and process monitoring tools. When creating an application using BPMS , it is important to monitor the business process model during execution. By monitoring activities at specific stages, not only can the system's technological activities, such as reading or writing databases or network traffic, be monitored, but also the progress of the business process, such as the number of purchase orders created or customer service requests. Also monitored. Systems created based on business process models big step on the way to the promise of monitoring the activities of the business , complex event processing, analysis and simulation are anticipated.

 Download and view business process management videos

" What are the branches of BPM technology?" The role of BPM in organizations »