Scalability for Parking Lot(Garage)

Scalability guarantees the system can manage increased workload or user demand effectively. Considerations consist of:

11.1 Horizontal Scaling

Horizontal scaling includes the addition of more servers or instances to distribute the workload efficiently. In the context of a Parking Garage System,

  • Horizontal scaling implies growing the range of servers to address a growing wide variety of concurrent users and transactions.
  • This method ensures that the device maintains responsiveness at some point of top durations without encountering common performance bottlenecks.

11.2 Load Balancing

Implementing load balancing mechanisms is essential for various incoming requests gently during more than one servers. This guarantees that no single server is overload with traffic, optimizing useful resource usage and preventing a single point of failure. Load balancing is a crucial strategy for boosting tool reliability and responsiveness.

11.3 Containerization

Containerization technologies, together with Docker, contribute to scalability with the useful resource of encapsulating utility components into packing containers. Containers offer consistency throughout exclusive environments, simplifying deployment and permitting efficient scaling. With containerization, the parking garage income agility and the ability to scale specific additives independently.

11.4 Database Sharding

Database sharding involves horizontally partitioning information across a couple of database servers. This technique is in particular applicable for managing large datasets in a parking garage. By dispensing the data across more than one servers, the system can effectively control and retrieve statistics, contributing to stepped forward usual performance and scalability.

Designing Parking Lot (Garage) System | System Design

Parking garage plays an important role in today’s world, as the number of vehicles is increasing every day, so it has become a major concern to manage them. The parking garage provides the solution to this problem of limited space. It offers to book a Parking garage using any method whether online or offline.

In this article, we will explore all the various components involved in designing a Parking Garage.

Important Topics for Designing Parking Lot (Garage) System

  • Requirements for designing Parking Lot(Garage)
  • Capacity Estimation for Parking Lot(Garage)
  • Usecase Diagram for Parking Lot(Garage)
  • Architecture of Parking Lot(Garage)
  • Low-Level Design (LLD) for Parking Lot(Garage)
  • High-Level Design (HLD) for Parking Lot(Garage)
  • Database Design for Parking Lot(Garage)
  • API Used for Parking Lot(Garage)
  • API Code Implementation for Parking Lot(Garage)
  • Microservices Used for Parking Lot(Garage)
  • Scalability for Parking Lot(Garage)
  • Conclusion

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1. Requirements for designing Parking Lot(Garage)

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2. Capacity Estimation for Parking Lot(Garage)

You can estimate the system capacity by analyzing certain data are:...

3. Usecase Diagram for Parking Lot(Garage)

A use case diagram illustrates the interactions between user and the system, showcasing diverse use cases and actors concerned within the parking garage system....

4. Architecture of Parking Lot(Garage)

Architecture of Parking Lot Garage...

5. Low-Level Design (LLD) for Parking Lot(Garage)

In Low-Level Design (LLD), the focus is on special making plans and specifications of user components in the system....

6. High-Level Design (HLD) for Parking Lot(Garage)

High-Level Design (HLD) offers an architectural evaluation of the entire system, outlining principal components and their interactions....

7. Database Design for Parking Lot(Garage)

...

8. API Used for Parking Lot(Garage)

8.1 Flowchart of Slot Allocation Algorithm...

9. API Code Implementation for Parking Lot(Garage)

...

10. Microservices Used for Parking Lot(Garage)

9.1 User Registration API (POST):...

11. Scalability for Parking Lot(Garage)

...

12. Conclusion

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