PETER KIRKPATRICK

ENERGY BANK LIFE EXTENSION IN A STORAGE SYSTEM

STORAGE SYSTEM POWER MANAGEMENT

Buffering And Persisting Artificial Intelligence (AI) Training Checkpoints

SCALEOUT STORAGE SYSTEM HAVING OPTIMIZED FLASH MEMORY

PREDICTIVE DEVICE LINK HEALTH MONITORING USING MACHINE LEARNING

MANAGING STORAGE SYSTEM OPERATIONS BASED ON TEMPORARY RESOURCE CHARACTERISTICS

MANAGING PARALLEL INCREMENTAL WRITES FROM HYPERSCALERS

PERFORMING A FLASH COPY OPERATION TO RELOCATE POINT-IN-TIME COPIES OF DATA

STORAGE SYSTEM WITH DYNAMIC DATA MANAGEMENT FUNCTIONS

STORAGE SYSTEM WITH ADAPTIVE POWER CONTROL FUNCTIONALITY

Intelligent Write Distribution In A Heterogeneous Storage System

Coordinating Access To A Single-Ported Storage Device In Multi-Controller Storage Systems

ESTIMATING A REMAINING LIFESPAN OF A STORAGE DEVICE

HOST-DIRECTED NON-VOLATILE WRITE BUFFERS ON SOLID-STATE STORAGE DEVICES

Dynamically Configuring Power Consumption By Storage Devices Based On Workload Characteristics

Optimizing Storage System Power Consumption Using Dynamic Plane Selection

OPTIMIZING DATA MAPPING BY UTILIZING MULTIPLE INDIRECTION UNIT SIZES

PROTECTING AGAINST LATENT ERRORS USING INTRA-DEVICE PROTECTION DATA

DYNAMIC PLANE SELECTION IN DATA STORAGE SYSTEM

DYNAMICALLY CONFIGURABLE STORAGE SYSTEM

DATA STORAGE SYSTEM WITH MANAGED FLASH

Providing access to a single-ported storage device

Data Recovery In a Multi-Device Storage System

OPTIMIZED READ REQUEST PROCESSING FOR RELOCATED DATA

Targeted i/o to storage devices based on device type

Writing data in a storage system that includes a first type of storage device and a second type of storage device

Enabling communication between a single-port device and multiple storage system controllers

System Having Dynamic Power Management

Generating recovery information using data redundancy