Faculty

Institution

Unit

Venue

H. Jonathan Chao

Professor

New York University

Affiliations

Tandon School of Engineering

Electrical and Computer Engineering

H. Jonathan Chao is currently serving as an Electrical And Computer Engineering Professor at New York University.

Honors

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Experiences

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Education

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H. Jonathan Chao

New York University

Professor

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electrical engineering systems engineering communications systems computer science wireless communications computer engineering computer security communication security information security networked system design machine learning telecommunication networks photonics data security high-speed networking optoelectronics power electronics denial-of-service attacks network routing mobile computing traffic engineering cloud computing software-defined networking congestion control scheduling (computing) transmission vehicular technology multicast optical wireless communication distributed systems network security optical communications advanced networking traffic management electronics vlsi technology quality-of-service ddos detection network traffic control optical engineering information technology load balancing (computing) network on chip queueing theory solid-state electronics lightwave technology video communication multi-access edge computing medical electronics scheduling problems hash functions transport layer communication engineering atm switch load balancing video transmission internet security fiber-optic communications semiconductor technology network management ddos attacks atm switches clos-network switches controlled release intelligent vehicles high-speed networks packet switch optimal mode selection internet video communication input-buffered switches hash-based prefix-compressed trie boolean space packet classification high-radix clos network-on-chip sdn control plane atm networks network function virtualization software engineering high performance computer network network virtualization datacenter networks data center network network analysis

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Dynamic Path Switching for Traffic Engineering in Sd-Wan With Ebpf. (2025)

intelligent transportation systemssystems engineeringcomputer engineeringtransportation engineeringnetwork traffic controlsoftware-defined networkingadvanced networkingdynamic path switchingnetworked system designnetwork routing

Path-Based Graph Neural Network for Robust and Resilient Routing in Distributed Traffic Engineering. IEEE Journal on Selected Areas in Communications (2025)

Minghao YeJunjie ZhangZehua GuoH. Jonathan Chao

systems engineeringresilient routingcommunicationmachine learningdistributed systemsswarm intelligencegraph theorycommunications systemsgraph neural networkscommunication engineeringnetwork optimizationdistributed traffic engineeringtraffic engineeringneural network (machine learning)robust routing

Assessing the Impact of Communication Delays for Autonomous Intersection Management Systems. Vehicular Communications (2024)

Michael I.-C. WangCharles H.-P. WenH. Jonathan Chao

intelligent transportation systemssystems engineeringcommunicationroad traffic controlcivil engineeringvehicular technologyroad traffic safetytraffic managementcommunication delaysvehicle communicationtraffic signal control

Inversion Impact of Approximate Pifo to Start-Time Fair Queueing. Computer Networks (2024)

Junda SongJiajin LiuPeixuan GaoGuyue LiuH. Jonathan Chao

approximate pifocomputer scienceinversion impactqueueing theory

Bmw Tree: Large-Scale, High-Throughput and Modular Pifo Implementation Using Balanced Multi-Way Sorting Tree. (2023)

Ruyi YaoZhiyu ZhangGaojian FangPeixuan GaoSen LiuYibo FanYang XuH. Jonathan Chao

modular pifo implementationmachine learningsorting algorithmsbmw treecomputer sciencehigh-throughput computing

Computers Can Learn From the Heuristic Designs and Master Internet Congestion Control. (2023)

Chen-Yu YenSoheil AbbaslooH. Jonathan Chao

systems engineeringcomputer engineeringartificial intelligenceheuristic designscomputer science

Hierarchical Cooperation and Load Balancing for Scalable Autonomous Vehicle Routing in Multi-Access Edge Computing Environment. IEEE Transactions on Vehicular Technology (2023)

Michael I.-C. WangCharles H.-P. WenH. Jonathan Chao

systems engineeringmobile computingload balancingcomputer engineeringtransportation engineeringmulti-access edge computingscalable autonomous vehiclevehicular technologyvehicle routing problemshierarchical cooperationvehicle technologycomputer scienceedge computing

LARRI: Learning-Based Adaptive Range Routing for Highly Dynamic Traffic in Wans. IEEE INFOCOM 2022 - IEEE Conference on Computer Communications (2023)

Minghao YeJunjie ZhangZehua GuoH. Jonathan Chao

systems engineeringcomputational optimizationnavigationtransportation engineeringroute planningdeep learningvehicular technologytraffic managementlearning-based adaptive rangeadaptive learningnetworked system designnetwork routing algorithmnetwork routingdynamic traffic

Reinforcement Learning-Based Traffic Engineering for Qos Provisioning and Load Balancing. (2023)

Minghao YeYang HuJunjie ZhangZehua GuoH. Jonathan Chao

systems engineeringload balancingreinforcement learningtraffic engineeringquality-of-serviceinternet of thingsqos provisioning

RORACLE: Enabling Lookahead Routing for Scalable Traffic Engineering With Supervised Learning. (2023)

Minghao YeJunjie ZhangZehua GuoH. Jonathan Chao

traffic engineeringmachine learningscalable traffic engineeringdata science

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H. Jonathan Chao

Professor

New York University

Affiliations

Tandon School of Engineering

Electrical and Computer Engineering

H. Jonathan Chao is currently serving as an Electrical And Computer Engineering Professor at New York 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

H. Jonathan Chao

New York University

Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Dynamic Path Switching for Traffic Engineering in Sd-Wan With Ebpf. (2025)

Path-Based Graph Neural Network for Robust and Resilient Routing in Distributed Traffic Engineering. IEEE Journal on Selected Areas in Communications (2025)

Minghao YeJunjie ZhangZehua GuoH. Jonathan Chao

Assessing the Impact of Communication Delays for Autonomous Intersection Management Systems. Vehicular Communications (2024)

Michael I.-C. WangCharles H.-P. WenH. Jonathan Chao

Inversion Impact of Approximate Pifo to Start-Time Fair Queueing. Computer Networks (2024)

Junda SongJiajin LiuPeixuan GaoGuyue LiuH. Jonathan Chao

approximate pifocomputer scienceinversion impactqueueing theory

Bmw Tree: Large-Scale, High-Throughput and Modular Pifo Implementation Using Balanced Multi-Way Sorting Tree. (2023)

Ruyi YaoZhiyu ZhangGaojian FangPeixuan GaoSen LiuYibo FanYang XuH. Jonathan Chao

modular pifo implementationmachine learningsorting algorithmsbmw treecomputer sciencehigh-throughput computing

Computers Can Learn From the Heuristic Designs and Master Internet Congestion Control. (2023)

Chen-Yu YenSoheil AbbaslooH. Jonathan Chao

systems engineeringcomputer engineeringartificial intelligenceheuristic designscomputer science

Hierarchical Cooperation and Load Balancing for Scalable Autonomous Vehicle Routing in Multi-Access Edge Computing Environment. IEEE Transactions on Vehicular Technology (2023)

Michael I.-C. WangCharles H.-P. WenH. Jonathan Chao

LARRI: Learning-Based Adaptive Range Routing for Highly Dynamic Traffic in Wans. IEEE INFOCOM 2022 - IEEE Conference on Computer Communications (2023)

Minghao YeJunjie ZhangZehua GuoH. Jonathan Chao

Reinforcement Learning-Based Traffic Engineering for Qos Provisioning and Load Balancing. (2023)

Minghao YeYang HuJunjie ZhangZehua GuoH. Jonathan Chao

systems engineeringload balancingreinforcement learningtraffic engineeringquality-of-serviceinternet of thingsqos provisioning

RORACLE: Enabling Lookahead Routing for Scalable Traffic Engineering With Supervised Learning. (2023)

Minghao YeJunjie ZhangZehua GuoH. Jonathan Chao

traffic engineeringmachine learningscalable traffic engineeringdata science

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information technology

green networking

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