Motiv Power Systems, Inc.

Healthgpt, Inc.

Vishal Parikh

Steven Diamond

Jessica Riley

Jim Michael Castelaz

Samuel Henry Chang

Benson Tsai

Sam Chang

Debajyoti Datta

Rae Lasko

Alex Miller

Meenesh Bhimani

Saad Godil

Subhabrata Mukherjee

Munjal Shah

Paul Gamble

In some aspects, an artificial intelligence that is configured to complete a checklist during a conversation initiates the conversation with a human. The artificial intelligence receives a first human response from the human, extracts data from the first human response, and stores the data in a conversation summary. The artificial intelligence provides a first artificial intelligence response to the human. The artificial intelligence receives a second human response from the human, accesses the conversation summary, and provides a second artificial intelligence response to the human based at least in part on a portion of the data in the conversation summary. The artificial intelligence, based at least in part on determining that the checklist has been completed, ends the conversation with the human.

Low-latency conversational artificial intelligence (AI) architecture with a parallelized in-depth analysis feedback loop

In some aspects, a multi-turn conversational system includes: an artificial intelligence to provide a conversation interface configured to execute multiple turns of human-like conversation with a user and a control logic, in communication with the conversation interface, and configured to generate one or more control signals based on evaluating multiple turns of upstream human-like conversation between the conversation interface and the user. The control signals contribute in part to construction of multiple turns of downstream human-like conversation between the conversation interface and the user.

According to a preferred embodiment of the invention, the system for managing a power system with a plurality of power components that includes power source components and power consumption components includes a central power bus, a plurality of adaptable connectors that each electrically couple to a power component and to the central power bus, and a control processor that receives the state of each power component from the respective adaptable connector and is configured to balance the voltage and current output from each power source component to provide a desired power to a power consumption component based on the received states.

System and method for managing a power system with multiple power components

A system for balancing charge within a battery pack with a plurality of cells connected in series, including a capacitor; a processor configured to select a combination of donor cells and receiver cells from the plurality of cells in one of the following two modes: (1) a first mode where the number of donor cells is equal to the number of receiver cells, and (2) a second mode where the number of donor cells is greater than the number of receiver cells; and a plurality of switches that electrically connect the capacitor to the donor cells to charge the capacitor, and that electrically connected the capacitor to the receiver cells to discharge the capacitor. The transfer of charge between cells in the plurality of cells through the capacitor balances the charge within the battery pack.

System and method for balancing charge within a battery pack

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Palo Alto, CA, United States of America

Vishal Parikh