Interruption of Cognitive Processing and Cost of Recovery
Interruptions break ongoing cognitive processing and introduce additional cost during recovery.
1. Processing Requires Continuity
Cognitive activity develops through uninterrupted progression.
Each step builds on prior context. The system maintains a flow of handling. Continuity supports efficient processing.
Flow defines ongoing operation.
2. Interruptions Break Processing Flow
External or internal shifts can disrupt activity.
The system is forced to stop current processing. Attention is redirected to a different input. Ongoing handling is paused.
Flow is broken.
3. Interrupted Load Remains Unresolved
When processing stops, load is not cleared.
The system holds the unfinished state. Context remains incomplete. Residual load persists during interruption.
Interruption does not equal resolution.
4. Recovery Requires Context Re-Establishment
Returning to the interrupted task requires rebuilding.
The system must reconstruct prior context. It reconnects to the point of interruption. Processing resumes only after re-entry.
Recovery demands additional effort.
5. Recovery Cost Extends Beyond Original Processing
The effort to resume is not equal to continuation.
Extra resources are required to regain flow. Processing takes longer than uninterrupted handling. Total cost increases due to interruption.
Recovery introduces additional load.
6. Repeated Interruptions Multiply Recovery Cost
Frequent interruptions sustain this pattern.
Each break adds another recovery cycle. The system repeatedly rebuilds context. Accumulated recovery cost increases over time.
Cost compounds through repetition.
7. Stability Is Affected by Interruption Patterns
Continuous interruption alters system behavior.
Attention becomes less stable. Processing becomes fragmented. The system operates under repeated recovery conditions.
Stability reflects interruption frequency.
Summary
Interruptions break cognitive processing flow, leave load unresolved, require context reconstruction for recovery, introduce additional cost beyond original processing, compound through repetition, and reduce system stability over time.