Log File Time Sequence Stamping via Centralized Timestamping

The patent introduces a central monitoring system as an intermediary that receives data from multiple data sources and assigns centralized time stamps. This mediator reconciles the time zone differences by providing a common reference time (such as UTC) for all events, while still allowing data sources to maintain their local time zones for operational purposes. The centralized timestamping mechanism acts as the mediating element that resolves the contradiction between local independence and global consistency.

The patent adds a temporal dimension by introducing sequence indicators alongside time stamps. This creates a multi-dimensional time representation where events are ordered not only by their timestamp values but also by their sequence of arrival at the monitoring system. This additional dimensional approach allows for more precise event reconstruction even when time stamps alone are insufficient due to time zone variations or clock synchronization issues.

The central monitoring system serves as a mediator that receives data packets from multiple data sources simultaneously and processes them through a standardized timing mechanism. The intermediary assigns centralized time stamps and sequence indicators to each received data packet, ensuring that even though data arrives concurrently from multiple sources, the reconstructed event sequence maintains accuracy. This mediator approach allows comprehensive monitoring coverage while preserving event sequence integrity.

The patent implements preliminary timing actions by assigning time stamps and sequence indicators at the moment data is received at the monitoring system, before any further processing or analysis occurs. This preliminary timestamping ensures that the time reference is captured at the earliest possible point, preventing any subsequent processing delays from affecting the accuracy of event sequencing. The sequence indicator is also assigned preliminarily based on arrival order, ensuring accurate reconstruction.

The patent segments the timing information into two distinct components: time stamps and sequence indicators. Rather than relying on a single complex timestamp field, the solution divides the timing data into the actual timestamp value and a separate sequence number that indicates the order of arrival. This segmentation allows the logging mechanism to remain relatively simple while significantly improving event reconstruction accuracy, as the sequence indicator provides additional ordering information that compensates for timestamp inconsistencies.

The patent creates a composite timing mechanism by combining time stamps and sequence indicators into a unified logging approach. Rather than using a single type of time reference, the solution composite two different timing elements (the timestamp value and the sequence indicator) to create a more robust event identification system. This composite approach maintains logging simplicity while enhancing reliability, as the two components work together to provide accurate event reconstruction even when individual elements have limitations.