Multiplexed Computing Arrays for Faster Network Performance Testing

The patent introduces a test device that acts as an intermediary between the computing device and the cellular network. The test device receives commands from the computing device via USB connection and autonomously executes them by sending communication messages through the cellular network. This intermediary approach allows the computing device to operate independently without being constrained by USB bus speed limitations during actual network testing operations.

The patent merges the device identifier and phone number into a single paired data structure stored in the communication log. Each log entry contains both the device ID received from the test device and the corresponding phone number from the SIM card, creating a correlated record that eliminates the need for separate correlation processes while maintaining accurate device identification.

The patent segments the testing system by introducing multiple independent test devices, each with its own cellular network connection. Instead of having one computing device control multiple test devices through a USB hub (creating bottlenecks), each test device operates independently with its own USB connection to the computing device, eliminating the USB hub bottleneck and allowing parallel command execution without delay.

The patent performs preliminary organization of testing data by storing both device identifiers and phone numbers together in the communication log at the time of message transmission. The receive device automatically logs both pieces of information in a pre-correlated format, eliminating the need for subsequent data parsing and correlation processing and reducing data processing time while maintaining complete testing data collection.