Faculty

Institution

Unit

Venue

Christopher Gill

Professor

Washington University in St. Louis

Affiliations

McKelvey School of Engineering

Division of Computational & Data Sciences

Christopher Gill is currently serving as a Division Of Computational & Data Sciences Professor at Washington University In St. Louis.

Honors

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Experiences

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Education

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Christopher Gill

Washington University in St. Louis

Professor

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systems engineering computer science computer engineering distributed systems real-time computing system software embedded systems scheduling (computing) parallel computing networked system design cyber-physical systems machine learning scheduling analysis adaptive middleware scheduling problems real-time algorithms performance evaluation service computing reflective middleware electrical engineering high performance computer architecture cloud computing middleware system internet of things mobile computing system science real-time system design quality-of-service computer security distributed computing microarchitecture wireless communications real-time multiprocessor system parallel programming reliability engineering parallel real-time tasks elastic scheduling information technology mixed criticality distributed real-time systems scheduling (production processes) heterogeneous computing component middleware intelligent computing embedded machine learning real-time control workflow execution real-time automation real-time scheduling control optimization computer-aided design control system technology network integration autonomous driving real-time decision-making real-time monitoring image transmission distributed processing federated learning maintenance scheduling admission control task parallelism connectivity configuration parallel tasks control-based adaptive middleware real-time image transmission advanced power grid aperiodic tasks real-time performance multicore linux platforms research challenges scheduling policy design energy conservation system architecture adversarial machine learning global scheduling cyberphysical systems technology software engineering real time systems

Notable Scholarly Works

Notable Federal Grants

Collaborators

Elastic Scheduling for Graceful Degradation of Mixed-Criticality Systems. (2024)

Zhuoran SunMarion SudvargChristopher Gill

graceful degradationsystems engineeringelastic schedulingmixed criticalitymixed-criticality systems

Elastic Scheduling for Harmonic Task Systems. (2024)

Marion SudvargAo LiDaisy WangSanjoy BaruahJeremy BuhlerChris GillNing ZhangPontus Ekberg

systems engineeringelastic schedulingcomputer scienceharmonic task systems

Priority-Based Concurrency and Shared Resource Access Mechanisms for Nested Intercomponent Requests in Camkes. Real-Time Systems (2024)

Marion SudvargZhuoran SunAo LiChris GillNing Zhang

nested intercomponent requestsreal-time computingsystems engineeringresource access mechanismsconcurrent engineeringdata managementpriority-based concurrency

Elastic Scheduling for Fixed-Priority Constrained-Deadline Tasks. (2023)

Marion SudvargSanjoy BaruahChris Gill

systems engineeringelastic schedulingfixed-priority constrained-deadline tasksconstrained optimization

Energy Efficient Real-Time Scheduling on Heterogeneous Architectures With Self-Suspension. (2023)

Wenwen XuZheyu ZhangYuankai XuJing LiYehan MaYier JinChristopher D. GillXuan ZhangAn Zou

systems engineeringenergy efficiencyheterogeneous architectures

Hardware Acceleration With Zero-Copy Memory Management for Heterogeneous Computing. (2023)

Oren BellChris GillXuan Zhang

systems engineeringheterogeneous computingzero-copy memory managementhardware acceleration

Parameterized Workload Adaptation for Fork-Join Tasks With Dynamic Workloads and Deadlines. (2023)

Marion SudvargJeremy BuhlerRoger D. ChamberlainChris GillJim BuckleyWenlei Chen

fork-join tasksscheduling (computing)embedded systemsscheduling (production processes)workload adaptationsystems engineering

Reward Delay Attacks on Deep Reinforcement Learning. Lecture notes in computer science (2023)

Anindya SarkarJiarui FengYevgeniy VorobeychikChristopher GillNing Zhang

computer sciencemachine learningreward delay attacksreinforcement learningartificial intelligencedeep reinforcement learning

RTGPU: Real-Time GPU Scheduling of Hard Deadline Parallel Tasks With Fine-Grain Utilization. IEEE Transactions on Parallel and Distributed Systems (2023)

An ZouJing LiChristopher D. GillXuan Zhang

parallel computingscheduling (computing)real-time gpu schedulingsystems engineeringfine-grain utilizationgpu computingdistributed computingelectrical engineering

A Concurrency Framework for Priority-Aware Intercomponent Requests in Camkes on Sel4. (2022)

Marion SudvargChris Gill

systems engineeringmachine learningconcurrency frameworkpriority-aware intercomponent requests

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Christopher Gill

Professor

Washington University in St. Louis

Affiliations

McKelvey School of Engineering

Division of Computational & Data Sciences

Christopher Gill is currently serving as a Division Of Computational & Data Sciences Professor at Washington University In St. Louis.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Christopher Gill

Washington University in St. Louis

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Elastic Scheduling for Graceful Degradation of Mixed-Criticality Systems. (2024)

Zhuoran SunMarion SudvargChristopher Gill

graceful degradationsystems engineeringelastic schedulingmixed criticalitymixed-criticality systems

Elastic Scheduling for Harmonic Task Systems. (2024)

Marion SudvargAo LiDaisy WangSanjoy BaruahJeremy BuhlerChris GillNing ZhangPontus Ekberg

systems engineeringelastic schedulingcomputer scienceharmonic task systems

Priority-Based Concurrency and Shared Resource Access Mechanisms for Nested Intercomponent Requests in Camkes. Real-Time Systems (2024)

Marion SudvargZhuoran SunAo LiChris GillNing Zhang

nested intercomponent requestsreal-time computingsystems engineeringresource access mechanismsconcurrent engineeringdata managementpriority-based concurrency

Elastic Scheduling for Fixed-Priority Constrained-Deadline Tasks. (2023)

Marion SudvargSanjoy BaruahChris Gill

systems engineeringelastic schedulingfixed-priority constrained-deadline tasksconstrained optimization

Energy Efficient Real-Time Scheduling on Heterogeneous Architectures With Self-Suspension. (2023)

Wenwen XuZheyu ZhangYuankai XuJing LiYehan MaYier JinChristopher D. GillXuan ZhangAn Zou

systems engineeringenergy efficiencyheterogeneous architectures

Hardware Acceleration With Zero-Copy Memory Management for Heterogeneous Computing. (2023)

Oren BellChris GillXuan Zhang

systems engineeringheterogeneous computingzero-copy memory managementhardware acceleration

Parameterized Workload Adaptation for Fork-Join Tasks With Dynamic Workloads and Deadlines. (2023)

Marion SudvargJeremy BuhlerRoger D. ChamberlainChris GillJim BuckleyWenlei Chen

fork-join tasksscheduling (computing)embedded systemsscheduling (production processes)workload adaptationsystems engineering

Reward Delay Attacks on Deep Reinforcement Learning. Lecture notes in computer science (2023)

Anindya SarkarJiarui FengYevgeniy VorobeychikChristopher GillNing Zhang

computer sciencemachine learningreward delay attacksreinforcement learningartificial intelligencedeep reinforcement learning

RTGPU: Real-Time GPU Scheduling of Hard Deadline Parallel Tasks With Fine-Grain Utilization. IEEE Transactions on Parallel and Distributed Systems (2023)

An ZouJing LiChristopher D. GillXuan Zhang

parallel computingscheduling (computing)real-time gpu schedulingsystems engineeringfine-grain utilizationgpu computingdistributed computingelectrical engineering

A Concurrency Framework for Priority-Aware Intercomponent Requests in Camkes on Sel4. (2022)

Marion SudvargChris Gill

systems engineeringmachine learningconcurrency frameworkpriority-aware intercomponent requests

1
2
3
4
5
28
10 / page

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