Internet-Draft draft-wen-agent-workload-scheduling-00.txt is now available.
Title: Dynamic Scheduling of Update and Query Workloads in Agent Service Discovery Nodes
Author: Yuanqiao Wen
Name: draft-wen-agent-workload-scheduling-00.txt
Pages: 25
Dates: 2026-08-19
Abstract:
Agent service discovery nodes may need to process two classes of
workloads concurrently: Agent registration and dynamic state updates,
and discovery queries issued by other Agents. These workloads
compete for shared processing resources but have different
performance objectives. Delayed state updates can cause a service
discovery node to rely on stale workload, availability, or QoS
information, while delayed queries can increase Agent-selection
latency and the completion time of multi-Agent tasks.
This document describes a scheduling framework for coordinating
update and query processing in a multi-Worker Agent service discovery
node. To estimate the demand of each workload, the framework
considers total queued work, waiting time, deadline pressure, recent
load, state freshness, and, for updates, the expected freshness gain
from processing a pending update. These estimates determine how
Worker capacity is divided between the two queues, which remain
active in parallel.
The framework also incorporates update merging and deduplication,
freshness-aware dependencies between state updates and discovery
queries, hysteresis-based resource reallocation, minimum resource
holding time, and intra-queue task prioritization. Different
deployment conditions can be accommodated by adjusting the
corresponding weights and thresholds without changing the scheduling
structure itself.
The IETF datatracker status page for this Internet-Draft is:
https://datatracker.ietf.org/doc/draft-wen-agent-workload-scheduling/
There is also an HTMLized version available at:
https://datatracker.ietf.org/doc/html/draft-wen-agent-workload-scheduling-00
Internet-Drafts are also available by rsync at:
rsync.ietf.org::internet-drafts
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