Faculty

Institution

Unit

Venue

Ken Birman

Professor

Cornell University

Affiliations

College of Computing and Information Science

Department of Computer Science

Ken Birman is currently serving as a College Of Computing And Information Science Professor at Cornell University.

Honors

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Experiences

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Education

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Ken Birman

Cornell University

Professor

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distributed systems computer science scalability networked system design systems engineering communications systems system software fault tolerance cloud computing operating systems computer engineering distributed computing reliable communications data management multicast service computing software engineering telecommunication networks communication security computer security data security cluster computing information security reliability engineering fault-tolerant messaging software analysis distributed object communication parallel programming smart grid databases data replication high performance computer architecture service-oriented computing distributed environment communication algorithm data dissemination distributed processing reliable multicast programming languages secure protocols global networks fault-tolerant network advanced networking communication architecture data consistency consistency technology overlay networks caching distributed object middleware peer-to-peer database interaction protocol isis project secure computing distributed file systems file systems data center network network security high availability software isis system distributed databases web service enhancement virtual synchrony ip multicast distributed data management reliable multicast protocols multicast groups alert preferences bimodal multicast electric power process groups scalability problems horus system live distributed objects multicast messages quicksilver scalable multicast informatics distributed intelligent system edge computing big data technology industrial informatics

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Accelerating Visual Anomaly Detection in Smart Manufacturing With Rdma-Enabled Data Infrastructure. Electronics (2025)

Yifan WangTiancheng YuanYuting YangMiao HeRichard WuKenneth P. Birman

automated inspectionvisual anomaly detectionintelligent systemsoptimization techniquescomputer-integrated manufacturinganomaly detectioncomputer engineeringmachine visioncomputer sciencesystems engineeringembedded systemsautomationintelligent computingindustrial informaticssmart manufacturingcomputer visionvideo processingimage analysisvision sensordefect detection

Diagnosing and Resolving Cloud Platform Instability With Multi-Modal Rag Llms. (2025)

Yifan WangKenneth P. Birman

systems engineeringmulticloudcloud computingcloud platform instabilityoperating systemscloud continuum

Enhancing Transparency in Buyer-Driven Commodity Chains for Complex Products: A Blockchain-Based Traceability Framework Demonstrated Through an Apparel Supply Chain Simulation. Procedia Computer Science (2025)

Ritwik TakkarKen BirmanH. Oliver Gao

blockchain-based traceability frameworkcomplex productssupply chain viabilitybusinessdistributed ledgersblockchainbuyer-driven commodity chainssupply chain disruptionssupply chain managementlogistics managementelectronic commercelogisticsmarketing

Enhancing Transparency in Buyer-Driven Commodity Chains for Complex Products: Extending a Blockchain-Based Traceability Framework Towards the Circular Economy. Applied Sciences (2025)

Ritwik TakkarKen BirmanH. Oliver Gao

systems engineeringtechnologysupply chain viabilitycircular economyblockchainweave functionalityaudit trailslifecycle traceabilitysupply chain managementlogistics managementlogisticsrecycling

Keep Your Friends Close: Leveraging Affinity Groups to Accelerate AI Inference Workflows. (2025)

Thiago GarrettWeijia SongRoman VitenbergKen Birman

artificial intelligencecomputer sciencelarge ai modelknowledge discoveryaffinity groupsinferencebenchmark datasetsintelligent computingcomputational intelligencedata scienceai architectureautomated reasoningmachine learning

AI-Based Teat Shape and Skin Condition Prediction for Dairy Management. arXiv (Cornell University) (2024)

Hao, YuexingYuan, TianchengYang, YutingGupta, AarushiWieland, MatthiasBirman, KenBasran, Parminder S.

medical image computingbiostatisticsartificial intelligencedata-driven predictioncomputer visionmachine learning modelsdairy scienceintelligent computingsmart agriculturemachine learning researchcomputational intelligencedata scienceimage representationmachine visionimage classificationimage analysispattern recognitionmachine learning

Blockchain-Based Traceability Framework Demonstrated Through an Apparel Supply Chain Simulation. 6th International Conference on Industry 4.0 and Smart Manufacturing (ISM ‘24), Prague (2024)

R. TakkarK. BirmanH. O. Gao

blockchain-based traceability frameworksupply chain viabilitybusinessdistributed ledgersblockchainblockchain protocolssupply chain managementlogistics managementlogisticssupply chain security

COMPASS: A Decentralized Scheduler for Latency-Sensitive ML Workflows. arXiv (Cornell University) (2024)

Yang, YutingMerlina, AndreaSong, WeijiaYuan, TianchengBirman, KenVitenberg, Roman

computer sciencescalabilitycloud computingdistributed systemscomplex queriesjob schedulercomputer engineeringparallel computinggpu computingml query processingjob latencycluster computingscheduling (computing)

Digital Twin-Driven Teat Localization and Shape Identification for Dairy Cow (Student Abstract). Proceedings of the AAAI Conference on Artificial Intelligence (2024)

Aarushi GuptaYuexing HaoYuting YangTiancheng YuanMatthias WielandParminder S. BasranKen Birman

medical image computingcomputer scienceartificial intelligencedisease detectioncomputer visiondairy industrydairy scienceintelligent computingdigital image processingmachine learning researchimage classificationdata sciencemachine visionshape analysisintelligent diagnosticsimage analysispattern recognitionmachine learning

NAVIGATOR: A Decentralized Scheduler for Latency-Sensitive AI Workflows. (2024)

Yuting YangAndrea MerlinaWeijia SongTiancheng YuanKen BirmanRoman Vitenberg

computer sciencesystems engineeringcloud computingautomationdistributed systemsdecentralized schedulerworkflow executionscheduling (computing)workflow management system

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Ken Birman

Professor

Cornell University

Affiliations

College of Computing and Information Science

Department of Computer Science

Ken Birman is currently serving as a College Of Computing And Information Science Professor at Cornell 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

Ken Birman

Cornell University

Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Accelerating Visual Anomaly Detection in Smart Manufacturing With Rdma-Enabled Data Infrastructure. Electronics (2025)

Yifan WangTiancheng YuanYuting YangMiao HeRichard WuKenneth P. Birman

Diagnosing and Resolving Cloud Platform Instability With Multi-Modal Rag Llms. (2025)

Yifan WangKenneth P. Birman

systems engineeringmulticloudcloud computingcloud platform instabilityoperating systemscloud continuum

Ritwik TakkarKen BirmanH. Oliver Gao

Enhancing Transparency in Buyer-Driven Commodity Chains for Complex Products: Extending a Blockchain-Based Traceability Framework Towards the Circular Economy. Applied Sciences (2025)

Ritwik TakkarKen BirmanH. Oliver Gao

systems engineeringtechnologysupply chain viabilitycircular economyblockchainweave functionalityaudit trailslifecycle traceabilitysupply chain managementlogistics managementlogisticsrecycling

Keep Your Friends Close: Leveraging Affinity Groups to Accelerate AI Inference Workflows. (2025)

Thiago GarrettWeijia SongRoman VitenbergKen Birman

AI-Based Teat Shape and Skin Condition Prediction for Dairy Management. arXiv (Cornell University) (2024)

Hao, YuexingYuan, TianchengYang, YutingGupta, AarushiWieland, MatthiasBirman, KenBasran, Parminder S.

Blockchain-Based Traceability Framework Demonstrated Through an Apparel Supply Chain Simulation. 6th International Conference on Industry 4.0 and Smart Manufacturing (ISM ‘24), Prague (2024)

R. TakkarK. BirmanH. O. Gao

blockchain-based traceability frameworksupply chain viabilitybusinessdistributed ledgersblockchainblockchain protocolssupply chain managementlogistics managementlogisticssupply chain security

COMPASS: A Decentralized Scheduler for Latency-Sensitive ML Workflows. arXiv (Cornell University) (2024)

Yang, YutingMerlina, AndreaSong, WeijiaYuan, TianchengBirman, KenVitenberg, Roman

Digital Twin-Driven Teat Localization and Shape Identification for Dairy Cow (Student Abstract). Proceedings of the AAAI Conference on Artificial Intelligence (2024)

Aarushi GuptaYuexing HaoYuting YangTiancheng YuanMatthias WielandParminder S. BasranKen Birman

NAVIGATOR: A Decentralized Scheduler for Latency-Sensitive AI Workflows. (2024)

Yuting YangAndrea MerlinaWeijia SongTiancheng YuanKen BirmanRoman Vitenberg

computer sciencesystems engineeringcloud computingautomationdistributed systemsdecentralized schedulerworkflow executionscheduling (computing)workflow management system

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37
10 / page

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