MindMap Gallery Project development process specification system V3.0--PMO cutting-edge mapping
This is a mind map about the project development process specification system V3.0--PMO cutting-edge mapping, including project application, demand analysis, Design, program review, Development adjustments, etc.
Edited at 2024-03-04 00:39:29Avatar 3 centers on the Sully family, showcasing the internal rift caused by the sacrifice of their eldest son, and their alliance with other tribes on Pandora against the external conflict of the Ashbringers, who adhere to the philosophy of fire and are allied with humans. It explores the grand themes of family, faith, and survival.
This article discusses the Easter eggs and homages in Zootopia 2 that you may have discovered. The main content includes: character and archetype Easter eggs, cinematic universe crossover Easter eggs, animal ecology and behavior references, symbol and metaphor Easter eggs, social satire and brand allusions, and emotional storylines and sequel foreshadowing.
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Avatar 3 centers on the Sully family, showcasing the internal rift caused by the sacrifice of their eldest son, and their alliance with other tribes on Pandora against the external conflict of the Ashbringers, who adhere to the philosophy of fire and are allied with humans. It explores the grand themes of family, faith, and survival.
This article discusses the Easter eggs and homages in Zootopia 2 that you may have discovered. The main content includes: character and archetype Easter eggs, cinematic universe crossover Easter eggs, animal ecology and behavior references, symbol and metaphor Easter eggs, social satire and brand allusions, and emotional storylines and sequel foreshadowing.
[Zootopia Character Relationship Chart] The idealistic rabbit police officer Judy and the cynical fox conman Nick form a charmingly contrasting duo, rising from street hustlers to become Zootopia police officers!
Project development process specification system V3.0--PMO cutting-edge mapping
1. Project application:
Goal clarity: Ensure that project goals are clear, specific, and accurately defined.
Feasibility analysis: Evaluate the feasibility of the project, including the feasibility of technology, resources, time, etc.
Risk assessment: Identify and evaluate the risks that the project may face and provide corresponding countermeasures.
Budget planning: clarify the budget scope of the project to ensure that the project is financially controllable.
Team formation: Identify project team members and clarify their respective responsibilities and roles.
2. demand analysis:
Requirements collection: Record and understand user needs in detail, including functionality, performance, security, etc.
Requirements Validation: Ensure that the requirements collected are accurate, complete, and consistent with business objectives.
Prioritization: Prioritize requirements to ensure that key functions and features are implemented first.
Traceability: Establish the traceability relationship between requirements and other stages of the project to ensure that subsequent development is consistent with requirements.
Requirements change management: Establish a requirement change process to ensure changes are evaluated and approved.
3. Design:
System architecture: Define the overall architecture of the system, including module division, component design, etc.
Data structure design: Design the data structures involved in the system to ensure reasonable storage and access of data.
Interface Design: Create user interface prototypes to ensure the user experience meets expectations.
Technology selection: Select appropriate technologies and tools to ensure the efficiency and stability of system implementation.
Security design: Consider system security and formulate corresponding security measures and strategies.
4. Program review:
Review team formation: Identify reviewers, including representatives from technology, business and management.
Document preparation: Provide detailed design documents for review by reviewers.
Review meeting: Hold a review meeting to discuss, ask questions and provide improvement suggestions on the design plan.
Recording and feedback: Record review results and suggestions, and provide timely feedback to relevant teams.
Decision-making and approval: Make decisions based on the review results to ensure that the design plan is approved.
5. Development adjustments:
Coding standards: Develop and follow unified coding standards to improve code quality and maintainability.
Continuous integration: Establish a continuous integration environment to ensure frequent integration and automated testing of code.
Iterative development: Use agile or iterative development methods to release usable versions on a regular basis.
Team collaboration: Establish a good team collaboration mechanism to ensure smooth information flow and timely resolution of problems.
Version management: Use a version control system to ensure version management and history of the code.
6. Testing phase:
Test plan development: Develop a detailed test plan, including test scope, resources, time schedule, etc.
Test case design: Write comprehensive test cases, covering functions, performance, security, etc.
Automated testing: Establish an automated testing framework to improve testing efficiency and coverage.
Defect management: Track and manage defects discovered during testing to ensure timely repair.
Performance testing: Perform performance testing on the system to evaluate the stability and performance indicators of the system.
7. System training:
Training plan formulation: Develop a systematic training plan, including training content, time schedule, etc.
Training material preparation: Prepare documents, demonstrations and demonstration materials required for system training.
Training resource allocation: Arrange professional training teachers to ensure training quality and effectiveness.
Training feedback collection: Collect feedback from training participants and adjust and improve training content in a timely manner.
Training evaluation and summary: Evaluate and summarize the training effect to provide reference for subsequent improvements.
8. Trial run test:
Develop a trial operation plan: Develop a system trial operation plan and clarify the time and scope of the trial operation.
User participation: Invite users to participate in the trial run of the system and collect user feedback and opinions.
Operation monitoring: Monitor the operation of the system during trial operation, and discover and solve problems in a timely manner.
Data migration testing: Test the accuracy and completeness of data migration to ensure that the data is not damaged.
Backup and recovery testing: Test the system backup and recovery process to ensure data security and reliability.
9. acceptance:
Confirmation of acceptance standards: Confirm the acceptance standards with the business department and clarify the standards and requirements for acceptance.
Acceptance test execution: Execute acceptance tests to verify that the system meets expected functionality and performance.
Defect repair: timely repair the discovered problems and defects based on the acceptance test results.
Preparation of acceptance report: Prepare acceptance report and record the acceptance process and results.
Convene an acceptance meeting: Convene an acceptance meeting to confirm the acceptance results with the business department.
10. Put into use:
Online plan formulation: Develop a system online plan and determine the online time and process.
User training and support: Provide users with system usage training and technical support to ensure smooth use.
Operation and maintenance handover: Hand over the system to the operation and maintenance team to ensure that the system continues to operate stably.
Online monitoring and feedback: Monitor the operation of the system after it goes online and handle abnormal situations in a timely manner.
Operation management: Carry out daily operation management of the system, including maintenance, updates and optimization.