An Experimental Investigation of Scheduling Strategies for UNIX. - Darwyn R. Peachey; Richard B. Bunt; Carey L. Williamson; Tim Brecht (SIGMETRICS, 1984)

Improving reliability bounds in computer networks. - Timothy B. Brecht; Charles J. Colbourn (Networks, 1986)

Lower bounds on two-terminal network reliability. - Timothy B. Brecht; Charles J. Colbourn (Discret. Appl. Math., 1988)

Multiplicative improvements in network reliability bounds. - Timothy B. Brecht; Charles J. Colbourn (Networks, 1989)

Processor-Pool-Based Scheduling for Large-Scale NUMA Multiprocessors. - Songnian Zhou; Tim Brecht (SIGMETRICS, 1991)

Multiprogrammed parallel application scheduling in NUMA multiprocessors. - Timothy B. Brecht (1994)

ParaWeb: towards world-wide supercomputing. - Tim Brecht; Harjinder S. Sandhu; Meijuan Shan; Jimmy Talbot (ACM SIGOPS European Workshop, 1996)

Using Parallel Program Characteristics in Dynamic Processor Allocation Policies. - Tim Brecht; Kaushik Guha (Perform. Evaluation, 1996)

An Experimental Evaluation of Processor Pool-Based Scheduling for Shared-Memory NUMA Multiprocessors. - Tim Brecht (JSSPP, 1997)

Non-clairvoyant Multiprocessor Scheduling of Jobs with Changing Execution Characteristics (Extended Abstract). - Jeff Edmonds; Donald D. Chinn; Tim Brecht; Xiaotie Deng (STOC, 1997)

Competitive Dynamic Multiprocessor Allocation for Parallel Applications. - Tim Brecht; Xiaotie Deng; Nian Gu (Parallel Process. Lett., 1997)

The Region Trap Library: Handling Traps on Application-Defined Regions of Memory. - Tim Brecht; Harjinder S. Sandhu (USENIX ATC, General Track, 1999)

Multiple-Writer Entry Consistency. - Harjinder S. Sandhu; Tim Brecht; D. Moscoso (Parallel Distributed Comput. Pract., 1999)

Time-Lined TCP for the TCP-Friendly Delivery of Streaming Media. - Biswaroop Mukherjee; Tim Brecht (ICNP, 2000)

Ajents: towards an environment for parallel, distributed and mobile Java applications. - Matthew Izatt; Patrick Chan; Tim Brecht (Concurr. Pract. Exp., 2000)

Preemptive Scheduling of Parallel Jobs on Multiprocessors. - Xiaotie Deng; Nian Gu; Tim Brecht; KaiCheng Lu (SIAM J. Comput., 2000)

Non-Clairvoyant Multiprocessor Scheduling of Jobs with Changing Execution Characteristics. - Jeff Edmonds; Donald D. Chinn; Tim Brecht; Xiaotie Deng (J. Sched., 2003)

Evaluating the performance of user-space and kernel-space web servers. - Amol Shukla; Lily Li 002; Anand Subramanian 002; Paul A. S. Ward; Tim Brecht (CASCON, 2004)

accept()able Strategies for Improving Web Server Performance. - Tim Brecht; David Pariag; Louay Gammo (USENIX ATC, General Track, 2004)

Efficient operating system support for group unicast. - Martin Karsten; Jialin Song; Michael Kwok; Tim Brecht (NOSSDAV, 2005)

Evaluating network processing efficiency with processor partitioning and asynchronous I/O. - Tim Brecht; G. John Janakiraman; Brian Lynn; Vikram A. Saletore; Yoshio Turner (EuroSys, 2006)

TCP Connection Management Mechanisms for Improving Internet Server Performance. - Amol Shukla; Tim Brecht (HotWeb, 2006)

Babylon v2.0: middleware for distributed, parallel, and mobile Java applications. - Willem van Heiningen; Tim Brecht; Steve MacDonald (IPDPS, 2006)

Exploiting dynamic proxies in middleware for distributed, parallel, and mobile Java applications. - Willem van Heiningen; Tim Brecht; Steve MacDonald (IPDPS, 2006)

Modelling and Improving Group Communication in Server Operating Systems. - Michael Kwok; Tim Brecht; Martin Karsten; Jialin Song (MASCOTS, 2006)

MV-MAX: improving wireless infrastructure access for multi-vehicular communication. - David Hadaller; Srinivasan Keshav; Tim Brecht (CHANTS@SIGCOMM, 2006)

Controlling garbage collection and heap growth to reduce the execution time of Java applications. - Tim Brecht; Eshrat Arjomandi; Chang Li; Hang Pham (ACM Trans. Program. Lang. Syst., 2006)

Comparing the performance of web server architectures. - David Pariag; Tim Brecht; Ashif S. Harji; Peter A. Buhr; Amol Shukla; David R. Cheriton (EuroSys, 2007)

Vehicular opportunistic communication under the microscope. - David Hadaller; Srinivasan Keshav; Tim Brecht; Shubham Agarwal (MobiSys, 2007)

Group unicast for the real world. - Elad Lahav; Martin Karsten; Tim Brecht; Weihan Wang; Tony Zhao (NOSSDAV, 2008)

Babylon: middleware for distributed, parallel, and mobile Java applications. - Willem van Heiningen; Steve MacDonald; Tim Brecht (Concurr. Comput. Pract. Exp., 2008)

Q-Cop: Avoiding bad query mixes to minimize client timeouts under heavy loads. - Sean Tozer; Tim Brecht; Ashraf Aboulnaga (ICDE, 2010)

Our troubles with Linux and why you should care. - Ashif S. Harji; Peter A. Buhr; Tim Brecht (APSys, 2011)

To chunk or not to chunk: implications for HTTP streaming video server performance. - Jim Summers; Tim Brecht; Derek L. Eager; Bernard Wong 001 (NOSSDAV, 2012)

Comparing high-performance multi-core web-server architectures. - Ashif S. Harji; Peter A. Buhr; Tim Brecht (SYSTOR, 2012)

Methodologies for generating HTTP streaming video workloads to evaluate web server performance. - Jim Summers; Tim Brecht; Derek L. Eager; Bernard Wong 001 (SYSTOR, 2012)

A cloud-based consumer-centric architecture for energy data analytics. - Rayman Preet Singh; Srinivasan Keshav; Tim Brecht (e-Energy, 2013)

Our troubles with Linux Kernel upgrades and why you should care. - Ashif S. Harji; Peter A. Buhr; Tim Brecht (ACM SIGOPS Oper. Syst. Rev., 2013)

T-RATE: A Framework for the Trace-Driven Evaluation of 802.11 Rate Adaptation Algorithms. - Ali Abedi 002; Tim Brecht (MASCOTS, 2014)

Automated Control of Aggressive Prefetching for HTTP Streaming Video Servers. - Jim Summers; Tim Brecht; Derek L. Eager; Tyler Szepesi; Ben Cassell; Bernard Wong 001 (SYSTOR, 2014)

IP address multiplexing for VEEs. - Rayman Preet Singh; Tim Brecht; Srinivasan Keshav (Comput. Commun. Rev., 2014)

Towards VM Consolidation Using a Hierarchy of Idle States. - Rayman Preet Singh; Tim Brecht; Srinivasan Keshav (VEE, 2015)

Conducting Repeatable Experiments and Fair Comparisons using 802.11n MIMO Networks. - Ali Abedi 002; Andrew Heard; Tim Brecht (ACM SIGOPS Oper. Syst. Rev., 2015)

Characterizing the workload of a netflix streaming video server. - Jim Summers; Tim Brecht; Derek L. Eager; Alex Gutarin (IISWC, 2016)

Examining Relationships Between 802.11n Physical Layer Transmission Feature Combinations. - Ali Abedi 002; Tim Brecht (MSWiM, 2016)

T-SIMn: Towards the High Fidelity Trace-Based Simulation of 802.11n Networks. - Ali Abedi 002; Andrew Heard; Tim Brecht (MSWiM, 2016)

TussleOS: managing privacy versus functionality trade-offs on IoT devices. - Rayman Preet Singh; Benjamin Cassell; Srinivasan Keshav; Tim Brecht (Comput. Commun. Rev., 2016)

The Truth, The Whole Truth, and Nothing But the Truth: A Pragmatic Guide to Assessing Empirical Evaluations. - Stephen M. Blackburn; Amer Diwan; Matthias Hauswirth; Peter F. Sweeney; José Nelson Amaral; Tim Brecht; Lubomír Bulej; Cliff Click; Lieven Eeckhout; Sebastian Fischmeister; Daniel Frampton; Laurie J. Hendren; et al. (ACM Trans. Program. Lang. Syst., 2016)

Application Bandwidth and Flow Rates from 3 Trillion Flows Across 45 Carrier Networks. - David Pariag; Tim Brecht (PAM, 2017)

Conducting Repeatable Experiments in Highly Variable Cloud Computing Environments. - Ali Abedi 002; Tim Brecht (ICPE, 2017)

Using Libception to Understand and Improve HTTP Streaming Video Server Throughput. - Tyler Szepesi; Benjamin Cassell; Tim Brecht; Derek L. Eager; Jim Summers; Bernard Wong 001 (ICPE, 2017)

Nessie: A Decoupled, Client-Driven Key-Value Store Using RDMA. - Benjamin Cassell; Tyler Szepesi; Bernard Wong 001; Tim Brecht; Jonathan Ma; Xiaoyi Liu (IEEE Trans. Parallel Distributed Syst., 2017)

RaMP: A Lightweight RDMA Abstraction for Loosely Coupled Applications. - Babar Naveed Memon; Xiayue Charles Lin; Arshia Mufti; Arthur Scott Wesley; Tim Brecht; Kenneth Salem; Bernard Wong 001; Benjamin Cassell (HotCloud, 2018)

WiTAG: Rethinking Backscatter Communication for WiFi Networks. - Ali Abedi 002; Mohammad Hossein Mazaheri 001; Omid Abari; Tim Brecht (HotNets, 2018)

Poster: Analyzing Bitrates in Modern Wi-Fi Networks. - Yixuan Gao; Ali Abedi 002; Tim Brecht; Ramya Bhagavatula (MobiCom, 2018)

Carousel: Low-Latency Transaction Processing for Globally-Distributed Data. - Xinan Yan; Linguan Yang; Hongbo Zhang; Xiayue Charles Lin; Bernard Wong 001; Kenneth Salem; Tim Brecht (SIGMOD Conference, 2018)

T-SIMn: A trace collection and simulation framework for 802.11n networks. - Ali Abedi 002; Tim Brecht; Andrew Heard (Comput. Commun., 2018)

Disk Prefetching Mechanisms for Increasing HTTP Streaming Video Server Throughput. - Benjamin Cassell; Tyler Szepesi; Jim Summers; Tim Brecht; Derek L. Eager; Bernard Wong 001 (ACM Trans. Model. Perform. Evaluation Comput. Syst., 2018)

Quantifying Cloud Performance and Dependability: Taxonomy, Metric Design, and Emerging Challenges. - Nikolas Herbst; André Bauer 001; Samuel Kounev; Giorgos Oikonomou; Erwin Van Eyk; George Kousiouris; Athanasia Evangelinou; Rouven Krebs; Tim Brecht; Cristina L. Abad; Alexandru Iosup (ACM Trans. Model. Perform. Evaluation Comput. Syst., 2018)

RocketStreams: A Framework for the Efficient Dissemination of Live Streaming Video. - Benjamin Cassell; Huy Hoang; Tim Brecht (APSys, 2019)

Wi-LE: Can WiFi Replace Bluetooth? - Ali Abedi 002; Omid Abari; Tim Brecht (HotNets, 2019)

CAN Radar: Sensing Physical Devices in CAN Networks based on Time Domain Reflectometry. - Marcel Rumez; Jürgen Dürrwang; Tim Brecht; Timo Steinshorn; Peter Neugebauer; Reiner Kriesten; Eric Sax (VNC, 2019)

RocketBufs: a framework for building efficient, in-memory, message-oriented middleware. - Huy Hoang; Benjamin Cassell; Tim Brecht; Samer Al-Kiswany (DEBS, 2020)

PNOFA: Practical, Near-Optimal Frame Aggregation for Modern 802.11 Networks. - Ali Abedi 002; Tim Brecht; Omid Abari (MSWiM, 2020)

NeuRA: Using Neural Networks to Improve WiFi Rate Adaptation. - Shervin Khastoo; Tim Brecht; Ali Abedi 002 (MSWiM, 2020)

Can Future Wireless Networks Detect Fires? - David Radke; Omid Abari; Tim Brecht; Kate Larson (BuildSys, 2020)

WiTAG: Seamless WiFi Backscatter Communication. - Ali Abedi 002; Farzan Dehbashi; Mohammad Hossein Mazaheri 001; Omid Abari; Tim Brecht (SIGCOMM, 2020)

Verification: can wifi backscatter replace RFID? - Farzan Dehbashi; Ali Abedi 002; Tim Brecht; Omid Abari (MobiCom, 2021)

Demystifying frame aggregation in 802.11 networks: Understanding and approximating optimality. - Ali Abedi 002; Tim Brecht; Omid Abari (Comput. Commun., 2021)

Exploring the Benefits of Teams in Multiagent Learning. - David Radke; Kate Larson; Tim Brecht (IJCAI, 2022)

Puck and Player Tracking: Challenges and Opportunities. - Tim Brecht (LINHAC, 2022)

Identifying Completed Pass Types and Improving Passing Lane Models. - David Radke; Tim Brecht; Daniel Radke (LINHAC, 2022)

Are WiFi Backscatter Systems Ready for the Real World? - Farzan Dehbashi; Ali Abedi 002; Tim Brecht; Omid Abari (GetMobile Mob. Comput. Commun., 2022)

The Importance of Credo in Multiagent Learning. - David Radke; Kate Larson; Tim Brecht (AAMAS, 2023)

Towards a Better Understanding of Learning with Multiagent Teams. - David Radke; Kate Larson; Tim Brecht; Kyle Tilbury (IJCAI, 2023)

Analyzing Passing Metrics in Ice Hockey using Puck and Player Tracking Data. - David Radke; Jaxin Lu; Jackson Woloschuk; Tin Le; Daniel Radke; Charlie Liu; Tim Brecht (LINHAC, 2023)

Puck Possessions and Team Success in the NHL. - Miles Pitassi; Tim Brecht; Mingyue Xie (LINHAC, 2024)

Individual Puck Possessions Part I: Frequency, Duration, and Distance Travelled. - Evan Iaboni; Sebastian Negulescu; Miles Pitassi; Fauzan Lodhi; Tim Brecht (LINHAC, 2025)

Position Paper: New Views of Shots - Towards Measures of Net Visibility and Reachability. - Evan Iaboni; Sebastian Negulescu; Miles Pitassi; Amir Nazemi; Jerrin Bright; Vasyl Chomko; David A. Clausi; Sven J. Dickinson; Tim Brecht (LINHAC, 2025)

Individual Puck Possessions Part II: Speed Bursts and Possession Times within Teams. - Fauzan Lodhi; Sebastian Negulescu; Miles Pitassi; Evan Iaboni; Tim Brecht (LINHAC, 2025)