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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Plan and Configure | 26% | - Best practices for component usage - Architecture, deployment and consumption models - Component setup and configuration |
| Topic 2: Overview and Capabilities | 31% | - Robotic Process Automation capability - Decision Management capability - Common tools - Value proposition of Cloud Pak for Business Automation - Process Mining capability - Content Services capability - Workflow capability - Foundational services - Document Processing capability - Insights capability |
| Topic 3: Business Requirements and Use Cases | 22% | - Selecting appropriate components for requirements and use cases - Understanding business requirements |
| Topic 4: Integration | 21% | - Integration between internal products - External integration options |
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質問 # 46
What is a best practice for optimizing workflows in Business Automation Workflow?
正解：D
解説：
The correct answer is D. Workflow optimization in Business Automation Workflow depends heavily on modular, reusable design. Reusable components reduce duplication, improve maintainability, and make workflows easier to scale, test, troubleshoot, and evolve. Reusable views are collections of user interface widgets that can be composed from other views, bindings, layouts, and behaviors. Workflow modernization in Cloud Pak for Business Automation also includes reusable automation services that can be published and called from workflows. This architecture allows common functions, such as approvals, notifications, validation, enrichment, or user-interface fragments, to be built once and reused consistently across multiple workflow automations. Option A is incorrect because testing remains essential even for small workflow changes, especially in regulated or production environments. Option B weakens automation value by replacing rule-based assignment with manual routing. Option C is the opposite of the recommended practice because non-modular workflows become hard to govern and change. Reference/topics: Business Automation Workflow optimization, reusable views, reusable automation services, modular workflow design, maintainability and scalability.
質問 # 47
Through which interface can web or mobile applications integrate with Automation Decision Services to invoke a decision?
正解：C
解説：
The correct answer is D. Web and mobile applications invoke Automation Decision Services decisions through RESTful calls. Automation Decision Services integrates with a CI/CD stack for building and deploying decisions, and web or mobile applications can invoke deployed decisions by using RESTful calls. The decision runtime provides REST APIs for executing decisions, managing deployment spaces, managing decision service archives and metadata, retrieving runtime state, and retrieving execution traces. This REST-based integration model fits cloud-native application architectures because it is lightweight, language-neutral, and compatible with web, mobile, and microservice clients. SOAP Web Service, JMS, and CORBA are not the tested ADS invocation interface. SOAP and JMS are more common in legacy enterprise middleware patterns, while CORBA is not relevant to modern CP4BA decision runtime invocation. Therefore, RESTful calls are the correct integration interface for invoking deployed ADS decision services. Reference/topics: Automation Decision Services, decision runtime, REST API, web and mobile application integration, decision service invocation.
質問 # 48
Which elements are part of the Decision Modeling in Automation Decision Services?
正解：B
解説：
The correct answer is D. Automation Decision Services decision modeling uses a decision diagram composed of nodes that represent the structure and dependencies of an automated decision. The primary diagram elements are decision nodes, input data nodes, function nodes, prediction nodes, and links. Decision nodes contain the logic that processes input and supporting decisions. Input data nodes represent the data required to make the decision. Function nodes provide values computed by other decision models, enabling model reuse and composition. Prediction nodes provide values computed by predictive models, allowing machine-learning outputs to participate in decision logic. Option A describes task-model or ruleflow concepts rather than ADS decision modeling. Option B mixes model categories but does not list the actual diagram elements. Option C describes ODM-style artifacts such as business rules, decision tables, and ruleflow nodes; business rules and decision tables can express logic inside a decision, but they are not the decision-diagram element set being asked for. Reference/topics: Automation Decision Services, Decision Designer, decision diagrams, decision nodes, input data nodes, function nodes, prediction nodes.
質問 # 49
A corporate recommendation suggests prioritizing low-code, web-based authoring interfaces for building Business Automation solutions.
Which Cloud Pak for Business Automation tools aligns with this recommendation?
正解：A
解説：
The correct answer is C: Application Designer and Decision Designer. Cloud Pak for Business Automation provides Business Automation Studio as the unified authoring entry point for low-code design experiences. The low-code tools in the platform include designers, specifically Application Designer, Decision Designer, and Document Processing Designer in Business Automation Studio. Application Designer is used to create user applications and assemble automation assets in a low-code web environment. Decision Designer supports business-friendly modeling, authoring, and validation of decision automations without requiring traditional rule-development tooling. Option A is incorrect because Rule Designer is an Eclipse-based ODM development environment, not the web-based low-code designer being emphasized. Option B mixes Datacap Studio, which is not the modern CP4BA low-code web authoring interface, with Document Processing Designer. Option D includes desktop-oriented or specialized tooling rather than the recommended web-based low-code CP4BA authoring experience. Reference/topics: Business Automation Studio, low-code authoring interfaces, Application Designer, Decision Designer.
質問 # 50
A financial services company wants to automate loan approvals using business rules in a scalable, cloud-native solution with user-friendly rule authoring.
Which Cloud Pak for Business Automation capability is most suitable?
正解：D
解説：
The correct answer is A: Operational Decision Manager. Loan approval is a classic operational decision-management use case because approval, rejection, referral, pricing, eligibility, risk-tiering, and compliance logic can be expressed as business rules and decision tables. Operational Decision Manager enables businesses to respond to real-time data by applying automated decisions, and business and technical users can externally develop and manage decision logic used by operational systems. ODM decision management supports intuitive rule editing, collaborative development, scalable deployment, and integration with production systems. FileNet Content Manager would store loan documents and supporting evidence, but it does not automate approval rules. Business Automation Workflow can orchestrate the loan process, assign tasks, and manage exceptions, but it is not the most suitable capability for business-rule authoring and decision execution. ODM is therefore the best fit for scalable, governed, user-friendly loan-decision automation. Reference/topics: Operational Decision Manager, decision services, business-rule management, rule authoring, automated loan decisions.
質問 # 51
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