6 results about "Application specific" patented technology

In one embodiment, a non-transitory computer-readable media stores instructions executable by processors for generating a prompt configured for eliciting outputs from large language models (LLMs) based on information associated with a task, inputting the prompt to a first LLM configured to output a response based on processing the prompt, determining metrics for evaluating the first LLM based on the task, wherein each of the metrics is associated with a scoring guideline, generating metric prompts based on the respective metrics and the scoring guidelines associated with the respective metrics, inputting the response and the metric prompts to second LLMs configured to output scores corresponding to the respective metrics based on processing the response and the metric prompts, and generating an analysis report based on the metrics and their corresponding scores.

This application discloses overhanging cache stacked chiplets on glass core. A three-dimensional L3 cache producing overhanging cache chiplet architecture. Examples stack cache dies on caches in a system die and hybrid bond (HB) them together, producing a "T" shaped assembly attached to a glass core interposer via a field of solder microbumps. The coefficient of thermal expansion (CTE) of the glass core interposer can be tailored in an application specific manner.

Methods and systems are described for enhanced, touch enabled graphical user interfaces optimized for mobile devices. The mobile device may comprise a display with a capacitive array. An application specific application circuit may comprise Processing Elements (PEs), which are configured to perform operations comprising matrix multiplications, convolutions, and activation functions. The PEs may be organized in a grid or array format.

Methods and systems are described for enhanced, touch enabled graphical user interfaces optimized for mobile devices. The mobile device may comprise a display with a capacitive array. An application specific application circuit may comprise Processing Elements (PEs), which are configured to perform operations comprising matrix multiplications, convolutions, and activation functions. The PEs may be organized in a grid or array format.

Methods and systems are described for enhanced, touch enabled graphical user interfaces optimized for mobile devices. The mobile device may comprise a display with a capacitive array. An application specific application circuit may comprise Processing Elements (PEs), which are configured to perform operations comprising matrix multiplications, convolutions, and activation functions. The PEs may be organized in a grid or array format.

In one embodiment, a non-transitory computer-readable media stores instructions executable by processors for generating a prompt configured for eliciting outputs from large language models (LLMs) based on information associated with a task, inputting the prompt to a first LLM configured to output a response based on processing the prompt, determining metrics for evaluating the first LLM based on the task, wherein each of the metrics is associated with a scoring guideline, generating metric prompts based on the respective metrics and the scoring guidelines associated with the respective metrics, inputting the response and the metric prompts to second LLMs configured to output scores corresponding to the respective metrics based on processing the response and the metric prompts, and generating an analysis report based on the metrics and their corresponding scores.