Faculty

Institution

Unit

Venue

Peng-Jun Wan

Professor of Computer Science and Engineering

Illinois Institute of Technology

Affiliations

College of Computing

Computer Science

Peng-jun Wan is currently serving as a College Of Computing Professor of Computer Science and Engineering at Illinois Institute of Technology.

Honors

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Experiences

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Education

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Peng-Jun Wan

Illinois Institute of Technology

Professor of Computer Science and Engineering

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applied mathematics computer science systems engineering electrical engineering graph theory network science machine learning theoretical computer science mathematical optimization mobile computing wireless communications communications systems computer security scheduling (computing) network optimization parallel computing scheduling problems multihop wireless networks distributed computing wireless sensor networks control optimization engineering optimization computational optimization distributed processing routing protocols network routing algorithm network routing information technology distributed systems combinatorial optimization communication security data aggregation computability theory information theory physical interference model minimum cds vehicular technology wireless routing sensor optimization power control optical networking unit disk graphs optimal placement mc-mr wireless networks approximation algorithms power assignment isolated nodes blockchain optical engineering topology control energy conservation optical communications low latency constrained optimization anomaly detection data aggregation scheduling greedy construction greedy approximations sensor surveillance systems range assignment sonet adms bernoulli nodes networked system design tree physiology smart grid computational physics delaunay triangulation power efficiency device-to-device software radio network computing route planning graphology graph analysis service life prediction network management wireless networks computer engineering optical wireless communication

Notable Scholarly Works

Notable Federal Grants

Collaborators

Maximizing Weighted Energy Efficiency Over Parallel Gaussian Broadcast Channels. IEEE Transactions on Information Theory (2025)

Peng-Jun WanPengpeng Chen

energy efficiencywireless communicationscommunications systemsinformation theoryenergy-efficient networkingchannel capacity estimationcommunicationdigital signal processing

An Effective Approach for Stepping-Stone Intrusion Detection Resistant to Intruders’ Chaff-Perturbation via Packet Crossover. Electronics (2023)

Lixin WangJianhua YangJae KimPeng-Jun Wan

packet crossovertechnologynetwork securitycontrol system securityinformation securityelectrical engineeringcomputer securityelectronics

Maximizing Weighted Sum-Rate Over Gaussian Broadcast Channels. IEEE Transactions on Information Theory (2023)

Peng-Jun WanPengpeng Chen

mathematical optimizationcommunications systemsinformation theorynetwork optimizationgaussian broadcast channelselectrical engineeringcomputational optimizationinformation technology

Effective Algorithms to Detect Stepping-Stone Intrusion by Removing Outliers of Packet Rtts. Tsinghua Science & Technology (2022)

Lixin WangJianhua YangMichael WorkmanPengjun Wan

computer sciencestepping-stone intrusionanomaly detectioncomputer securityeffective algorithmsoutlier detectionpacket rttsmachine learning

Foreword. Academic Studies Press eBooks (2022)

Paul Freedman

Gaussian Downlink User Selection Subject to Access Limit, Power Budget, and Rate Demands. Theoretical Computer Science (2022)

Xiang LiuJinyu ZouPengpeng ChenPeng-Jun Wan

wireless communicationscomputer scienceaccess limitpower budgettheoretical computer sciencerate demandstheory of computationcomputability theory

Matching Tcp Packets to Detect Stepping-Stone Intrusion Using Packet Crossover. Advances in Science Technology and Engineering Systems Journal (2022)

Lixin WangJianhua YangAustin LeePeng-Jun Wan

systems engineeringpacket crossovertechnologyengineeringinternet traffic analysisstepping-stone intrusioncomputer securitycommunication securitytcp packetsnetwork analysis

Stepping-Stone Intrusion Detection via Estimating Numbers of Upstream and Downstream Connections Using Packet Crossover. Journal of Wireless Mobile Networks Ubiquitous Computing and Dependable Applications (2022)

Jianhua YangLixin WangAustin LeePeng-Jun Wan

systems engineeringpacket crossoverdownstream connectionsstepping-stone intrusion detectioncomputer security

A Framework to Test Resistency of Detection Algorithms for Stepping-Stone Intrusion on Time-Jittering Manipulation. Wireless Communications and Mobile Computing (2021)

Lixin WangJianhua YangMichael WorkmanPeng-Jun Wan

computer sciencedetection algorithmsstepping-stone intrusioncomputer securitymobile computingtime-jittering manipulationmachine learning

Mining Network Traffic With the K ‐Means Clustering Algorithm for Stepping‐Stone Intrusion Detection. Wireless Communications and Mobile Computing (2021)

Lixin WangJianhua YangXiaohua XuPeng-Jun Wan

wireless communicationscomputer sciencenetwork analyticsnetwork scienceddos detectionknowledge discoveryclusteringpattern miningintrusion detection systemsstepping-stone intrusion detectioncomputer securitymobile computingdata miningcommunication securitydata sciencewireless computingmining network trafficnetwork analysis

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Peng-Jun Wan

Professor of Computer Science and Engineering

Illinois Institute of Technology

Affiliations

College of Computing

Computer Science

Peng-jun Wan is currently serving as a College Of Computing Professor of Computer Science and Engineering at Illinois Institute of Technology.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Peng-Jun Wan

Illinois Institute of Technology

Professor of Computer Science and Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Maximizing Weighted Energy Efficiency Over Parallel Gaussian Broadcast Channels. IEEE Transactions on Information Theory (2025)

Peng-Jun WanPengpeng Chen

energy efficiencywireless communicationscommunications systemsinformation theoryenergy-efficient networkingchannel capacity estimationcommunicationdigital signal processing

An Effective Approach for Stepping-Stone Intrusion Detection Resistant to Intruders’ Chaff-Perturbation via Packet Crossover. Electronics (2023)

Lixin WangJianhua YangJae KimPeng-Jun Wan

packet crossovertechnologynetwork securitycontrol system securityinformation securityelectrical engineeringcomputer securityelectronics

Maximizing Weighted Sum-Rate Over Gaussian Broadcast Channels. IEEE Transactions on Information Theory (2023)

Peng-Jun WanPengpeng Chen

mathematical optimizationcommunications systemsinformation theorynetwork optimizationgaussian broadcast channelselectrical engineeringcomputational optimizationinformation technology

Effective Algorithms to Detect Stepping-Stone Intrusion by Removing Outliers of Packet Rtts. Tsinghua Science & Technology (2022)

Lixin WangJianhua YangMichael WorkmanPengjun Wan

computer sciencestepping-stone intrusionanomaly detectioncomputer securityeffective algorithmsoutlier detectionpacket rttsmachine learning

Foreword. Academic Studies Press eBooks (2022)

Paul Freedman

Gaussian Downlink User Selection Subject to Access Limit, Power Budget, and Rate Demands. Theoretical Computer Science (2022)

Xiang LiuJinyu ZouPengpeng ChenPeng-Jun Wan

wireless communicationscomputer scienceaccess limitpower budgettheoretical computer sciencerate demandstheory of computationcomputability theory

Matching Tcp Packets to Detect Stepping-Stone Intrusion Using Packet Crossover. Advances in Science Technology and Engineering Systems Journal (2022)

Lixin WangJianhua YangAustin LeePeng-Jun Wan

systems engineeringpacket crossovertechnologyengineeringinternet traffic analysisstepping-stone intrusioncomputer securitycommunication securitytcp packetsnetwork analysis

Jianhua YangLixin WangAustin LeePeng-Jun Wan

systems engineeringpacket crossoverdownstream connectionsstepping-stone intrusion detectioncomputer security

A Framework to Test Resistency of Detection Algorithms for Stepping-Stone Intrusion on Time-Jittering Manipulation. Wireless Communications and Mobile Computing (2021)

Lixin WangJianhua YangMichael WorkmanPeng-Jun Wan

computer sciencedetection algorithmsstepping-stone intrusioncomputer securitymobile computingtime-jittering manipulationmachine learning

Mining Network Traffic With the K ‐Means Clustering Algorithm for Stepping‐Stone Intrusion Detection. Wireless Communications and Mobile Computing (2021)

Lixin WangJianhua YangXiaohua XuPeng-Jun Wan

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computer science

systems engineering

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data management

pattern mining

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electrical engineering

software engineering education

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system safety

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edge computing

data center management

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