Faculty

Institution

Unit

Venue

Alan L. Cox

Professor of Computer Science of Electrical and Computer Engineering

Rice University

Affiliations

George R. Brown School of Engineering

Computer Science

Alan L. Cox is currently serving as a Computer Science Professor of Computer Science of Electrical and Computer Engineering at Rice University.

Honors

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Experiences

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Education

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Alan L. Cox

Rice University

Professor of Computer Science of Electrical and Computer Engineering

You can click a keyword to filter the displayed items

computer science systems engineering parallel computing computer engineering shared memory computer architecture distributed systems parallel programming scalability system software operating systems high performance computer architecture machine learning program analysis software engineering software analysis parallel performance evaluation computer security networked system design caching cluster computing compiler technology memory management distributed computing data science programming languages data security information technology microarchitecture distributed processing parallelizing compiler fault tolerance performance scalability splash benchmark suite dynamic web content web search high performance computer network network virtualization concurrency (computer science) software-defined networking high performance computing failover parallel software network optimization dynamic web page benchmark studies web performance operating system security side-channel attacks web cache high-performance architectures atm network false sharing lazy release consistency software dsm distributed sharing world wide web software maintenance databases communication security virtual machines scheduling (computing) scheduling problems performance portability heterogeneous computing virtualization security parallel processing dsm system dsm software balancing portability numa multiprocessor coherent memory abstraction base treadmarks global synchronization message passing programs practical dcb concurrent programming

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

An Empirical Evaluation of Pte Coalescing. Proceedings of the International Symposium on Memory Systems (2023)

Eliot H. SolomonYufeng ZhouAlan L. Cox

computer scienceempirical evaluationneurosciencepte coalescingdata sciencephase change memorycognitive neuroscience

An Fpga Accelerator for Genome Variant Calling. ACM Transactions on Reconfigurable Technology and Systems (2023)

Tiancheng XuScott RixnerAlan L. Cox

fpga acceleratorbioinformaticsaccelerator technologycomputer sciencegenome variant

The Impact of Page Size and Microarchitecture on Instruction Address Translation Overhead. ACM Transactions on Architecture and Code Optimization (2023)

Yufeng ZhouAlan L. CoxSandhya DwarkadasXiaowan Dong

systems engineeringpage sizecomputer architecturecomputer sciencemachine learningcomputer engineeringmicroarchitecture

Uvm Discard: Eliminating Redundant Memory Transfers for Accelerators. (2022)

Weixi ZhuGuilherme CoxJan VeselyMark HairgroveAlan L. CoxScott Rixner

uvm discardhardware accelerationaccelerator technologycomputer scienceaccelerator physics

A Comprehensive Analysis of Superpage Management Mechanisms and Policies.. USENIX Annual Technical Conference (2020)

Weixi ZhuAlan L. CoxScott Rixner

policy analysiscomprehensive analysismanagementsuperpage management mechanisms

Understanding Transparent Superpage Management.. login Usenix Mag. (2020)

Weixi ZhuAlan L. CoxScott Rixner

computer sciencerisk managementsystems engineeringengineering

VIRTFLEX: Automatic Adaptation to Numa Topology Change for Openmp Applications. Lecture notes in computer science (2020)

Runhua ZhangAlan L. CoxScott Rixner

automatic adaptationopenmp applicationscomputer sciencemachine learning

On the Impact of Instruction Address Translation Overhead. (2019)

Yufeng ZhouXiaowan DongAlan L. CoxSandhya Dwarkadas

data address translationsystem softwarepage table sharinghigh performance computer architecturecomputer architecturecomputer sciencehigh-performance architecturesinstruction-level parallelismcomputer engineeringaddress translation overheadparallel computingsoftware engineeringcompiler technologymicroarchitectureprogram analysismemory managementoperating systems

Shielding Software From Privileged Side-Channel Attacks. USENIX Security Symposium (2018)

Xiaowan DongZhuojia ShenJohn CriswellAlan L. CoxSandhya Dwarkadas

computer securitycommunication securityside-channel attacksdata securityoperating system securityhardware securitycomputer sciencecomputer engineeringhardware security solutionsoftware frominformation securitysoftware analysisoperating systems

Spectres, Virtual Ghosts, and Hardware Support. (2018)

Xiaowan DongZhuojia ShenJohn CriswellAlan CoxSandhya Dwarkadas

computer securityside-channel attacksdata securitysystem softwareoperating system securitycomputer architecturehardware securitycomputer scienceos kernelcomputer engineeringvirtual ghostscryptographic hardwareoperating systems

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Alan L. Cox

Professor of Computer Science of Electrical and Computer Engineering

Rice University

Affiliations

George R. Brown School of Engineering

Computer Science

Alan L. Cox is currently serving as a Computer Science Professor of Computer Science of Electrical and Computer Engineering at Rice University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Alan L. Cox

Rice University

Professor of Computer Science of Electrical and Computer Engineering

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

An Empirical Evaluation of Pte Coalescing. Proceedings of the International Symposium on Memory Systems (2023)

Eliot H. SolomonYufeng ZhouAlan L. Cox

computer scienceempirical evaluationneurosciencepte coalescingdata sciencephase change memorycognitive neuroscience

An Fpga Accelerator for Genome Variant Calling. ACM Transactions on Reconfigurable Technology and Systems (2023)

Tiancheng XuScott RixnerAlan L. Cox

fpga acceleratorbioinformaticsaccelerator technologycomputer sciencegenome variant

The Impact of Page Size and Microarchitecture on Instruction Address Translation Overhead. ACM Transactions on Architecture and Code Optimization (2023)

Yufeng ZhouAlan L. CoxSandhya DwarkadasXiaowan Dong

systems engineeringpage sizecomputer architecturecomputer sciencemachine learningcomputer engineeringmicroarchitecture

Uvm Discard: Eliminating Redundant Memory Transfers for Accelerators. (2022)

Weixi ZhuGuilherme CoxJan VeselyMark HairgroveAlan L. CoxScott Rixner

uvm discardhardware accelerationaccelerator technologycomputer scienceaccelerator physics

A Comprehensive Analysis of Superpage Management Mechanisms and Policies.. USENIX Annual Technical Conference (2020)

Weixi ZhuAlan L. CoxScott Rixner

policy analysiscomprehensive analysismanagementsuperpage management mechanisms

Understanding Transparent Superpage Management.. login Usenix Mag. (2020)

Weixi ZhuAlan L. CoxScott Rixner

computer sciencerisk managementsystems engineeringengineering

VIRTFLEX: Automatic Adaptation to Numa Topology Change for Openmp Applications. Lecture notes in computer science (2020)

Runhua ZhangAlan L. CoxScott Rixner

automatic adaptationopenmp applicationscomputer sciencemachine learning

On the Impact of Instruction Address Translation Overhead. (2019)

Yufeng ZhouXiaowan DongAlan L. CoxSandhya Dwarkadas

Shielding Software From Privileged Side-Channel Attacks. USENIX Security Symposium (2018)

Xiaowan DongZhuojia ShenJohn CriswellAlan L. CoxSandhya Dwarkadas

Spectres, Virtual Ghosts, and Hardware Support. (2018)

Xiaowan DongZhuojia ShenJohn CriswellAlan CoxSandhya Dwarkadas

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