Low-Latency Communication System
(Redirected from Real-Time Communication System)
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A Low-Latency Communication System is a communication system that can maintain minimal transmission delays for time-sensitive data exchange.
- AKA: Real-Time Communication System, High-Speed Communication, Ultra-Low-Latency System, Fast Response System.
- Context:
- It can typically achieve Sub-Second Response Times through optimized network paths.
- It can typically implement Edge Computing Architecture for proximity-based processing.
- It can typically utilize Efficient Protocols like WebSocket or gRPC.
- It can typically employ Connection Pooling for resource reuse.
- It can typically support Stream Processing for continuous data flow.
- It can often use Content Delivery Networks for geographic distribution.
- It can often implement Caching Strategys for frequently accessed data.
- It can often provide Quality of Service Control for priority handling.
- It can range from being a Millisecond-Latency System to being a Microsecond-Latency System, depending on its performance requirements.
- It can range from being a Regional System to being a Global System, depending on its geographic scope.
- It can range from being a Best-Effort System to being a Guaranteed-Latency System, depending on its service level.
- It can range from being a Single-Channel System to being a Multi-Channel System, depending on its communication paths.
- ...
- Example(s):
- AI Communication Systems, such as:
- Financial Communication Systems, such as:
- Gaming Communication Systems, such as:
- ...
- Counter-Example(s):
- Batch Communication System, which uses delayed processing.
- Store-and-Forward System, which introduces intentional delay.
- Asynchronous Messaging System, which lacks timing guarantees.
- See: Communication System, Real-Time System, Network Protocol, Performance Optimization, Edge Computing, Stream Processing, WebSocket Protocol, Quality of Service, Distributed System, Streaming Protocol, Real-Time API.