Nvidia corporation (20240211429). REMOTE PROMISE AND REMOTE FUTURE FOR DOWNSTREAM COMPONENTS TO UPDATE UPSTREAM STATES simplified abstract

REMOTE PROMISE AND REMOTE FUTURE FOR DOWNSTREAM COMPONENTS TO UPDATE UPSTREAM STATES

Organization Name

nvidia corporation

Inventor(s)

Ryan Olson of Golden CO (US)

Michael Demoret of Denver CO (US)

Bartley Richardson of Alexandria VA (US)

REMOTE PROMISE AND REMOTE FUTURE FOR DOWNSTREAM COMPONENTS TO UPDATE UPSTREAM STATES - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240211429 titled 'REMOTE PROMISE AND REMOTE FUTURE FOR DOWNSTREAM COMPONENTS TO UPDATE UPSTREAM STATES

Simplified Explanation: The patent application describes technologies that allow downstream components to update upstream states in streaming pipelines. This involves a method where a first computing device receives a remote promise object from a second computing device, which uniquely identifies a block of serialized data stored in memory. The method then obtains the contents of this block and sends back a second serialized object to release the remote promise object.

• **Key Features and Innovation:**

   - Enables downstream components to update upstream states in streaming pipelines.
   - Involves the use of remote promise objects to identify and update specific blocks of serialized data.
   - Facilitates efficient communication and synchronization between computing devices in a data center.

• **Potential Applications:**

   - Real-time data processing and analysis in streaming pipelines.
   - Distributed computing systems requiring synchronized updates across multiple devices.
   - Cloud computing environments where efficient data transfer is crucial.

• **Problems Solved:**

   - Addressing the challenge of updating upstream states from downstream components in streaming pipelines.
   - Improving communication and synchronization between computing devices in a distributed system.
   - Enhancing the efficiency of data processing and transfer in cloud computing environments.

• **Benefits:**

   - Improved performance and reliability of streaming pipelines.
   - Enhanced scalability and flexibility in distributed computing systems.
   - Streamlined data processing and communication in cloud environments.

• **Commercial Applications:**

   - Optimizing data processing workflows in cloud-based applications.
   - Enhancing the performance of real-time analytics platforms.
   - Facilitating efficient communication and synchronization in distributed computing systems.

• **Prior Art:**

   - Readers can explore prior patents related to distributed computing, data synchronization, and streaming pipelines to understand the existing technology landscape in this field.

• **Frequently Updated Research:**

   - Stay updated on advancements in distributed computing, data streaming, and cloud computing technologies to leverage the latest innovations in this space.

Questions about Technologies for Enabling Downstream Components to Update Upstream States in Streaming Pipelines:

1. What are the key challenges in maintaining synchronization between upstream and downstream components in streaming pipelines? 2. How does the use of remote promise objects improve communication and data transfer efficiency in distributed computing environments?

Original Abstract Submitted

technologies for enabling downstream components to update upstream states in streaming pipelines are described. one method of a first computing device receives a remote promise object assigned to a first serialized object from a second computing device in the data center over a network fabric. the remote promise object uniquely identifies a first contiguous block of the first serialized object stored in a memory associated with the second computing device. the method obtains contents of the first contiguous block and sends contents of a second serialized object back to the second computing device to release the remote promise object.