Performance Optimization of Elevator System Low-Level Design (LLD)
1. Efficient Scheduling Algorithms
Implement efficient control algorithms like the Elevator Group Control System (EGCS) which include:
- Single Elevator Optimization: Use algorithms like the Simplex method for single elevator optimization.
- Multiple Elevator Coordination: Implement algorithms such as the Destination Control System (DCS) to manage traffic flow effectively.
- Heuristic Approaches: Use heuristics or meta-heuristics (e.g., Genetic Algorithms, Simulated Annealing) for complex scenarios.
2. Intelligent Load Balancing
- Dynamic Load Balancing: Distribute requests efficiently among multiple elevators to minimize wait and travel times.
- Real-time Traffic Analysis: Use sensors and data analytics to predict traffic patterns and adjust elevator deployment dynamically.
Elevator System Low-Level Design (LLD)
Elevator System is one of the famous Low-Level Design(LLD) problems being asked in interviews. We are here going to discuss this problem along with its requirements, use-cases diagram, class diagram and implementation.
Important Topics for Elevator System Low-Level Design (LLD)
- Requirements of Elevator System Low-Level Design (LLD)
- Use-Case Diagram of Elevator System Low-Level Design (LLD)
- Class Diagram of Elevator System Low-Level Design (LLD)
- Relationship between classes
- Implementation of the Elevator System Low-Level Design (LLD)
- Performance Optimization of Elevator System Low-Level Design (LLD)
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