P

Inventor

DUONG KENNETH

US52 patents
⚠️ This page may combine multiple inventors who share the name “DUONG KENNETH”. Patents are grouped by organization below to help distinguish them — per-person disambiguation is on the roadmap.

PERCEIVE CORP

31 patents
US11250326B1Feb 15, 2022

Splitting neural network filters for implementation by neural network inference circuit

PERCEIVE CORP50 citations98
US11170289B1Nov 9, 2021

Computation of neural network node by neural network inference circuit

PERCEIVE CORP28 citations98
US10740434B1Aug 11, 2020

Reduced dot product computation circuit

PERCEIVE CORP34 citations98
US11049013B1Jun 29, 2021

Encoding of weight values stored on neural network inference circuit

PERCEIVE CORP39 citations95
US11468145B1Oct 11, 2022

Storage of input values within core of neural network inference circuit

PERCEIVE CORP21 citations94
US11347297B1May 31, 2022

Neural network inference circuit employing dynamic memory sleep

PERCEIVE CORP15 citations94
US11210586B1Dec 28, 2021

Weight value decoder of neural network inference circuit

PERCEIVE CORP25 citations94
US11586910B1Feb 21, 2023

Write cache for neural network inference circuit

PERCEIVE CORP8 citations86
US11568227B1Jan 31, 2023

Neural network inference circuit read controller with multiple operational modes

PERCEIVE CORP14 citations86
US11531868B1Dec 20, 2022

Input value cache for temporarily storing input values

PERCEIVE CORP6 citations86
US11222257B1Jan 11, 2022

Non-dot product computations on neural network inference circuit

PERCEIVE CORP8 citations86
US11531727B1Dec 20, 2022

Computation of neural network node with large input values

PERCEIVE CORP3 citations84
US11501138B1Nov 15, 2022

Control circuits for neural network inference circuit

PERCEIVE CORP3 citations84
US11403530B1Aug 2, 2022

Using quinary weights with neural network inference circuit designed for ternary weights

PERCEIVE CORP4 citations84
US11295200B1Apr 5, 2022

Time-multiplexed dot products for neural network inference circuit

PERCEIVE CORP4 citations84
US11205115B1Dec 21, 2021

Neural network inference circuit

PERCEIVE CORP5 citations84
US10977338B1Apr 13, 2021

Reduced-area circuit for dot product computation

PERCEIVE CORP4 citations84
US11886979B1Jan 30, 2024

Shifting input values within input buffer of neural network inference circuit

PERCEIVE CORP3 citations75
US11783167B1Oct 10, 2023

Data transfer for non-dot product computations on neural network inference circuit

PERCEIVE CORP5 citations75
US12093696B1Sep 17, 2024

Bus for transporting output values of a neural network layer to cores specified by configuration data

PERCEIVE CORP2 citations73
US11809515B2Nov 7, 2023

Reduced dot product computation circuit

PERCEIVE CORP1 citations73
US11481612B1Oct 25, 2022

Storage of input values across multiple cores of neural network inference circuit

PERCEIVE CORP1 citations73
US11361213B1Jun 14, 2022

Using lookup table to represent neural network activation function

PERCEIVE CORP2 citations73
US11341397B1May 24, 2022

Computation of neural network node

PERCEIVE CORP1 citations73
US11003736B2May 11, 2021

Reduced dot product computation circuit

PERCEIVE CORP2 citations73
US12159214B1Dec 3, 2024

Buffering of neural network inputs and outputs

PERCEIVE CORP5 citations72
US12190230B2Jan 7, 2025

Computation of neural network node by neural network inference circuit

PERCEIVE CORP0 citations63
US12165043B2Dec 10, 2024

Data transfer for non-dot product computations on neural network inference circuit

PERCEIVE CORP0 citations63
US12118463B1Oct 15, 2024

Weight value decoder of neural network inference circuit

PERCEIVE CORP0 citations63
US11921561B2Mar 5, 2024

Neural network inference circuit employing dynamic memory sleep

PERCEIVE CORP0 citations63
US12217160B1Feb 4, 2025

Allocating blocks of unified memory for integrated circuit executing neural network

PERCEIVE CORP1 citations62

XCELSIS CORP

11 patents

AMAZON TECH INC

3 patents

ADEIA SEMICONDUCTOR INC

3 patents

INTEL CORP

2 patents

Showing the top 50 of 52 patents by PatentIndex Score.