Patents/Inventors

Rami Mohammad Al Sheikh

Morrisville, NCUS18 patents

17 Patents

US125965522026
Branch Prediction Based on Sampled Values
Arm Limited
0 cites
US124685362025
Branch Prediction
Arm Limited
0 cites
US124116922025
Storage of Prediction-related Data
Arm Limited
0 cites
US124117712025
Combiner Cache Structure
Arm Limited
0 cites
US124057972025
Branch Prediction Circuitry
Arm Limited
0 cites
US124058002025
Branch Prediction Based on a Predicted Confidence That a Corresponding Function of Sampled Register State Correlates to a Later Branch Instruction Outcome
Arm Limited
0 cites
US123732182025
Technique for Predicting Behaviour of Control Flow Instructions
Arm Limited
0 cites
US122602202025
Accelerating Fetch Target Queue (FTQ) Processing in a Processor
Microsoft Technology Licensing, LLC
0 cites
US122295682025
Methods and Circuitry for Efficient Management of Local Branch History Registers
Microsoft Technology Licensing, LLC
0 cites
US119954432024
Reuse of Branch Information Queue Entries for Multiple Instances of Predicted Control Instructions in Captured Loops in a Processor
Microsoft Technology Licensing, LLC
0 cites
US119284742024
Selectively Updating Branch Predictors for Loops Executed from Loop Buffers in a Processor
Microsoft Technology Licensing, LLC
0 cites
US119150022024
Providing Extended Branch Target Buffer (BTB) Entries for Storing Trunk Branch Metadata and Leaf Branch Metadata
Microsoft Technology Licensing, LLC
0 cites
US117897402023
Performing Branch Predictor Training Using Probabilistic Counter Updates in a Processor
Microsoft Technology Licensing, LLC
0 cites
US117686882023
Methods and Circuitry for Efficient Management of Local Branch History Registers
Microsoft Technology Licensing, LLC
0 cites
US117267872023
Reusing Fetched, Flushed Instructions After an Instruction Pipeline Flush in Response to a Hazard in a Processor to Reduce Instruction Re-fetching
Microsoft Technology Licensing LLC
0 cites
US117096792023
Providing Load Address Predictions Using Address Prediction Tables Based on Load Path History in Processor-based Systems
QUALCOMM Incorporated
0 cites
US116987892023
Restoring Speculative History Used for Making Speculative Predictions for Instructions Processed in a Processor Employing Control Independence Techniques
Microsoft Technology Licensing, LLC
0 cites