## Understanding of Smart Parks
### Evolution from Campus 1.0 to Campus 4.0
1. Park 1.0: Focusing on land management, cost-driven, and providing basic services.
2. Park 2.0: Service-driven, focusing on enterprise growth and providing value-added services.
3. Park 3.0: Smart park, innovation-driven, involved in enterprise operation, providing investment incubation services.
4. Campus 4.0: Refined operation, application of Internet of Things, big data and AI technologies, and intelligent lifestyle.
## General design
### System Design Principles
1. Wisdom: The functional section is based on the concept of wisdom to achieve convenience.
2. Unification: Many systems are integrated into one integrated management platform.
3. Expansion: The volume can be flexibly expanded, and the functions can be extended horizontally and vertically.
### System Architecture
1. IaaS: basic network, cloud service center, etc.
2. DaaS: Data service layer, including data collection, processing, and transmission.
3. PaaS: security management system, data sources include IoT data, business data, etc.
## Functional system
### Investment Management System
1. Overview of the park: three-dimensional display of the park's style, a comprehensive display of the investment status.
2. Contract management: contract management, including signing, review, admission, change, etc.
3. Customer management: customer life cycle management, including intending customers, closed customers, etc.
4. License management: make an appointment for industrial and commercial business licenses, etc.
### Event Publishing System
1. Event Planning: Online registration and event booking.
2. Event Presentation: Showcase the event through VR technology.
### Ticketing system
1. Ticketing process: Support online and offline ticket purchase, including e-ticketing support system and e-voucher terminal verification network.
2. Smart report: daily output data details to achieve humanized and intelligent park management.
### Membership Management System
1. Refined management of members: collect member information to understand members' interests and consumption habits.
2. Membership services: including vouchers, discount coupons, gift certificates, etc.
### Online Mall
1. Functional architecture: including transaction verification, store application, product listing, etc.
2. Payment process: involving accounting systems, bank accounts, e-wallets, etc.
### Operations Management System
1. System architecture: including individual users, enterprise users and platform management.
### Payment system
1. Solution: Provide unified settlement and payment capabilities in the park, and support multiple payment methods.
### Property Management System
1. System architecture: including perception layer, application layer and platform layer.
2. Property services: one-click repair, property inspection, property fee payment, etc.
### Hotel Management System
1. Function introduction: Provide VR viewing, online appointment, online payment and other services.
### Internal Management System
1. Human resource management: including organizational structure, personnel files, attendance information, etc.
2. Fixed asset management: asset registration, requisition, warranty, etc.
3. OA office: personnel management, salary management, social security management, etc.
### Big data analysis of customer groups
1. Passenger flow analysis: analysis of passenger flow characteristics and movement patterns based on location signaling data.
2. Customer portrait: Collect and analyze consumer information to form a comprehensive business picture.
3. Statistical analysis: multi-screen display, intelligent analysis, large-screen display.
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