Cooperative Download Grid for Mobile Memory Extension

The patent merges multiple mobile devices into a distributed storage system where each device participates in storing different portions of a file. Instead of relying on a single device with large memory capacity, the system combines the storage resources of multiple devices to achieve extended memory capacity, thereby avoiding the need for expensive and complex high-capacity memory cards.

The patent transitions from a single-device storage model to a multi-device distributed storage model, adding the dimension of network connectivity and device collaboration. This dimensional shift allows the system to overcome the memory capacity limitations of individual devices by leveraging the collective storage resources across multiple devices connected via network.

The system merges the storage capabilities of multiple standard-memory devices to replace the need for expensive high-capacity memory cards. By distributing the storage burden across multiple devices with standard memory, the overall cost is reduced compared to purchasing and implementing large-capacity memory expansion for a single device.

The patent employs file partitioning and distribution, where copies of file portions are stored across multiple devices. This copying approach allows the system to achieve large storage capacity using multiple standard memory devices rather than relying on expensive high-capacity memory cards, thereby reducing overall system cost.

The patent segments large multimedia files into smaller portions and distributes them across multiple devices for simultaneous download. This segmentation enables parallel downloading operations, significantly reducing the total download time while maintaining completeness through coordinated file assembly at the destination device.

The system merges multiple concurrent download operations across different devices into a single coordinated file transfer process. By combining the download efforts of multiple devices working in parallel, the system achieves both reduced download time and guaranteed completeness through centralized coordination and file assembly.

The patent implements a dynamic device selection and coordination mechanism that adapts to the available devices and their capabilities. The system dynamically establishes communication sessions, partitions files based on device properties, and coordinates downloads in real-time, thereby achieving high download efficiency while maintaining the flexibility and independence of individual devices.

The system employs feedback mechanisms to monitor device status, available memory, and connection quality, using this information to dynamically adjust the download distribution strategy. This feedback-driven approach ensures optimal use of available devices while maintaining device independence, achieving high download efficiency through adaptive coordination.