Abstract: A method for performing a fundamental computational primitive in a device is provided, where the device includes a processor and a matrix multiplication accelerator (MMA). The method includes configuring a streaming engine in the device to stream data for the fundamental computational primitive from memory, configuring the MMA to format the data, and executing the fundamental computational primitive by the device.

Abstract: Systems and methods are provided for testing a Device Under Test (DUT) in its working environment. A control computer is coupled to an air compressor and generates a temperature control signal that is provided to the air compressor to generate an amount of hot air or cold air to set the temperature of the DUT's working environment to a desired test temperature. The control computer also generates at least one test signal that is sent to a hardware test element for testing at least one memory component of the DUT at the desired test temperature and obtaining test results. The control computer analyzes the test results to determine a parameter adjustment for the at least one memory element so that it operates in a stable manner at the test temperature.

Abstract: Systems and methods are provided for testing a Device Under Test (DUT) in its working environment. A control computer is coupled to an air compressor and generates a temperature control signal that is provided to the air compressor to generate an amount of hot air or cold air to set the temperature of the DUT's working environment to a desired test temperature. The control computer also generates at least one test signal that is sent to a hardware test element for testing at least one memory component of the DUT at the desired test temperature and obtaining test results. The control computer analyzes the test results to determine a parameter adjustment for the at least one memory element so that it operates in a stable manner at the test temperature.

Abstract: An electronic network is provided to facilitate an exchange of information. A database on a first computing system provides a data structure to organize records for the exchange of information. A request for information is sent from a first user on a second computing system to the electronic information exchange agent and stored in the data structure. The request for information has an offer of compensation for a response to the request for information. The response to the request for information is sent from a second user on a third computing system to the electronic information exchange agent and stored in the data structure. Revenue from the information exchange transaction generates residuals. Profit sharing motivates participation from the users. A portion of the compensation is reserved as an administrative fee for use of the electronic information exchange agent.

Abstract: An electronic network is provided to facilitate an exchange of information. A database on a first computing system provides a data structure to organize records for the exchange of information. A request for information is sent from a first user on a second computing system to the electronic information exchange agent and stored in the data structure. The request for information has an offer of compensation for a response to the request for information. The response to the request for information is sent from a second user on a third computing system to the electronic information exchange agent and stored in the data structure. The first user has an acceptance option or rejection option and a feedback option to evaluate the response to the request for information. A portion of the compensation is reserved as an administrative fee for use of the electronic information exchange agent.