Abstract: Methods, systems, and computer-readable storage media for determining a set of queries corresponding to a set of configuration settings of an application, for each query in the set of queries, querying a database to return a set of chunks, each chunk in each set of chunks including a portion of a requirements document, providing a set of prompts, each prompt corresponding to a query in the set of queries and including a respective set of chunks as context, receiving, from a large language model (LLM), a set of responses, each response corresponding to a prompt in the set of prompts, querying a knowledge graph based on the set of responses to provide a set of knowledge graph results, providing a configuration file using the set of responses and the set of knowledge graph results, and configuring the application using the configuration file.

Abstract: An embodiment of the present invention provides a system and method for remotely upgrading the firmware of a target device using wireless technology from the Bluetooth-enabled PC or Laptop to another Bluetooth device e.g., mouse, Keyboard, headset, mobile phone etc. Existing solutions either may not have upgrade capabilities, or may require the use of proprietary cables. An embodiment of the solution proposed here extends the “Connecting without cables” concept of Bluetooth to firmware upgrades. The system comprises a host device for sending the firmware required for upgradation; and a target device containing a first code and a second code wherein said first code identifies details of the firmware; and said second code identifies the completion of the download operation when the firmware is successfully downloaded.

Abstract: Intermittent miscounts generated by counters used in a phase-locked loop (“PLL”) are precisely measured by detecting changes to a predetermined waveform, such as a sawtooth waveform. The miscounts are detected using an open loop, not closed loop, set-up which comprises two separate signal generators feeding two separate frequencies into MAIN and REF counters of a PLL. Offsetting the frequencies slightly and integrating an output generates the predetermined waveform. Thereafter, miscounts can be detected by comparing waveforms corresponding to miscounts to theoretically predicted, predetermined waveforms.