What the data for this category looks like
The data for satellite communications intelligent due diligence reports comes primarily from three sources: on-orbit satellite telemetry terminals, ground communication station operation logs, and spectrum supervision filing documents. Real-time telemetry data is updated at minute-level intervals, while filing documents are updated quarterly. The structure of a single report document includes fields such as satellite unique identifier, communication link number, time-period bandwidth usage, bit error rate threshold, ground station longitude and latitude coordinates, and operation and maintenance event records. The bandwidth unit is Mbps, bit error rate is measured using 10^-6 as the standard, and longitude and latitude use the WGS84 coordinate system.
Constraints imposed on multi-turn dialogue and prompt engineering
The real-time nature, multi-field professional attributes, and categorized update rhythm of satellite communications due diligence data impose multiple constraints on multi-turn dialogue and prompt engineering configurations. Real-time telemetry data must be prioritized for calls, and multi-turn dialogue must limit the context window size to avoid redundant historical data occupying valid input space. The units and measurement rules for professional fields must be clearly marked in the prompt to prevent confusion over bandwidth units and calculation deviations for bit error rates. The call priority for data from different sources must be clearly distinguished in the dialogue flow to avoid mixing quarterly filing data with minute-level real-time data.
How to set configurations
| Configuration Item | Recommended Value Range | Rationale |
|---|---|---|
maxContext | 8000–12000 characters | The core data of a single satellite communications due diligence report is approximately 2000 characters, and retaining 3-4 rounds of context in multi-turn dialogue covers the complete logic, avoiding excessive window size that increases inference latency |
json_schema | Predefined satellite communications due diligence field template, including satellite ID, time-period bandwidth, bit error rate, ground station coordinates | Standardized fields are required for satellite communications due diligence output to facilitate subsequent data integration and verification |
recall_top_k | Top 3 entries | Satellite communications due diligence data has high information density per document, excessive recall will occupy prompt space, and 3 entries cover core operation and maintenance and filing data |
timeout | 600 seconds | Satellite communications data requires cross-source calls across telemetry, filing and other sources, which takes a long time; this avoids interrupting the dialogue flow due to timeout |
enable_history_summary | Enabled | Multi-turn dialogue requires distinguishing between real-time telemetry data and historical filing data, and context summary can extract core information to reduce redundant input |
The parameter values provided on this page are conventional recommendations used as a starting point for configuration. Actual values are affected by material form, data volume and business rules. Specific issues require case-by-case analysis, and it is recommended to test on your own samples before finalizing settings.
Three common misconfigurations
- Output from intermediate nodes is appended to the global dialogue return result, and cannot be used alone as a task execution step. This occurs when the hidden output parameter for the node is not configured, or when the node is not specified to only return task results without writing to the dialogue context.
- Context overflow leading to inference interruption during consecutive data calls in multi-turn dialogue. This happens when a reasonable context window parameter is not set, causing historical dialogue content to occupy valid input space.
- Generated due diligence report field units do not meet requirements, such as bit error rate being labeled as a percentage. This occurs when the measurement rules for satellite communications data are not clearly marked in the prompt, or when the value requirements for unit fields are not specified in the
json_schema.
How to verify proper configuration
- Initiate a single-turn dialogue, verify that the returned fields and units meet satellite communications due diligence requirements, which can be completed by comparing against the predefined
json_schema. - Initiate multiple consecutive multi-turn dialogues, verify that the context is correctly summarized, and no redundant or confusing data content appears.
- Check the node's timeout configuration to confirm it adapts to the time requirements of cross-source satellite communications data calls, which can be tested by simulating cross-source data calls to check response duration.
- Verify that the output of intermediate nodes is not appended to the global dialogue return result, which can be confirmed by viewing the dialogue logs to check the output location.
Question material comes from public community discussions. Configuration values are common starting points and should be measured against your own samples. Verified on 2026-09-14.