Concurrent Data Transfer Cycles Using Presentation Layer Protocol

The patent segments the data transfer process into discrete transfer cycles, where each cycle handles a specific data item. Multiple transfer cycles can execute concurrently, allowing parallel data transfer operations. This segmentation enables the system to manage multiple simultaneous transfers without overwhelming complexity, as each cycle is independent and can be tracked separately.

The patent implements dynamic transfer cycle management where cycles can be initiated, suspended, and resumed based on real-time conditions. The system dynamically adjusts which transfer cycles execute simultaneously and manages their states flexibly, allowing optimal throughput while maintaining control through a unified management framework that adapts to changing transfer requirements.

The patent prepares multiple data items for transfer in advance and queues them for processing. When a transfer cycle is initiated, ready data items are immediately processed without waiting for sequential completion of previous transfers. This preliminary preparation and queuing mechanism reduces transfer time by eliminating idle waiting periods while maintaining organized control through the queue management structure.

The patent ensures continuous data transfer operation by maintaining multiple concurrent transfer cycles that can execute simultaneously. Rather than stopping for sequential completion, the system continuously initiates new transfer cycles as data becomes available, keeping the transfer pipeline full and eliminating idle time. This continuous operation maximizes productivity while the cycle management framework provides the necessary control organization.