Quantum Resource Access Locking via Preliminary Action

The patent applies preliminary action by implementing a preliminary lock mechanism that is assigned to quantum computing resources before access decisions are made. This lock prevents other entities from accessing the resource during the access decision process, eliminating the need to parse and handle conflicting simultaneous requests. The lock is assigned in advance (at the time of access request) and held until the access decision is communicated, thereby simplifying access management while maintaining high resource utilization.

The patent applies partial action by implementing a preliminary lock that provides only the specific function needed during access decision processing - preventing new access requests - without imposing additional restrictions. The lock is partial in the sense that it only blocks access requests, not all potential operations on the resource. Moreover, the lock is held for the minimal necessary duration (only until the access decision is communicated), thereby preventing access conflicts while minimizing the impact on resource availability.

The patent resolves this contradiction by applying preliminary action through the preliminary lock mechanism. The lock is assigned in advance (at the time of receiving the access request) to prevent any concurrent access conflicts before they can occur. This preliminary protective action ensures that even though the resource appears unavailable during the lock period, it actually prevents unreliable concurrent access scenarios. The resource becomes available again immediately after the access decision is communicated, maintaining high overall availability while ensuring access conflict prevention.