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Context Streaming Protocols(CTSP)
Real-time context processing with continuous streams, buffering, flow control, and low-latency updates
In 30 seconds
- What
- Processes context as continuous streams with buffering, flow control, and delta compression to maintain low-latency synchronization across distributed agents.
- When to use
- Multi-agent systems where context changes rapidly and agents must stay synchronized without overwhelming network or processing capacity.
- Watch out
- Complexity of debugging distributed timing issues and data loss under extreme load often outweighs latency gains for most applications.
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Context Streaming Protocols: Overview
Real-time context processing with continuous streams, buffering, flow control, and low-latency updates
- Continuous context stream processing
- Context buffering and flow control mechanisms
- Low-latency context updates
- Real-time context synchronization
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References
The papers, specifications, and repositories this pattern is based on.
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