Designing Configuration Management Facilities for Dynamically Bound Systems. - Bradley R. Schmerl; Chris D. Marlin (SCM, 1995)

Consistency Issues in Partially Bound Dynamically Composed Systems. - Bradley R. Schmerl; Chris D. Marlin (Australian Software Engineering Conference, 1996)

Versioning and Consistency for Dynamically Composed Configurations. - Bradley R. Schmerl; Chris D. Marlin (SCM, 1997)

Toward Pure Polylingual Persistence. - Alan Kaplan; John V. E. Ridgway; Bradley R. Schmerl; Krishnan Sridhar; Jack C. Wileden (POS, 2000)

Software Architecture-Based Adaptation for Pervasive Systems. - Shang-Wen Cheng; David Garlan; Bradley R. Schmerl; João Pedro Sousa; Bridget Spitznagel; Peter Steenkiste; Ningning Hu (ARCS, 2002)

Software Architecture-Based Adaptation for Grid Computing. - Shang-Wen Cheng; David Garlan; Bradley R. Schmerl; Peter Steenkiste; Ningning Hu (HPDC, 2002)

Increasing System Dependability through Architecture-Based Self-Repair. - David Garlan; Shang-Wen Cheng; Bradley R. Schmerl (WADS, 2002)

Exploiting architectural design knowledge to support self-repairing systems. - Bradley R. Schmerl; David Garlan (SEKE, 2002)

Using Architectural Style as a Basis for System Self-repair. - Shang-Wen Cheng; David Garlan; Bradley R. Schmerl; João Pedro Sousa; Bridget Spitznagel; Peter Steenkiste (WICSA, 2002)

Model-based adaptation for self-healing systems. - David Garlan; Bradley R. Schmerl (WOSS, 2002)

Toward Automated Support for Transparent Interoperable Queries. - Alan Kaplan; Bradley R. Schmerl; Rajesh Veeraraghavan (Inf. Technol. Manag., 2002)

Using Architectural Models at Runtime: Research Challenges. - David Garlan; Bradley R. Schmerl (EWSA, 2004)

AcmeStudio: Supporting Style-Centered Architecture Development. - Bradley R. Schmerl; David Garlan (ICSE, 2004)

DiscoTect: A System for Discovering Architectures from Running Systems. - Hong Yan 002; David Garlan; Bradley R. Schmerl; Jonathan Aldrich; Rick Kazman (ICSE, 2004)

Modeling and implementing software architecture with acme and archJava. - Jonathan Aldrich; David Garlan; Bradley R. Schmerl; Tony Tseng (OOPSLA Companion, 2004)

An Architecture for Coordinating Multiple Self-Management Systems. - Shang-Wen Cheng; An-Cheng Huang; David Garlan; Bradley R. Schmerl; Peter Steenkiste (WICSA, 2004)

Understanding Tradeoffs among Different Architectural Modeling Approaches. - Roshanak Roshandel; Bradley R. Schmerl; Nenad Medvidovic; David Garlan; Dehua Zhang (WICSA, 2004)

Task-based self-adaptation. - David Garlan; Vahe Poladian; Bradley R. Schmerl; João Pedro Sousa (WOSS, 2004)

Rainbow: Architecture-Based Self-Adaptation with Reusable Infrastructure. - David Garlan; Shang-Wen Cheng; An-Cheng Huang; Bradley R. Schmerl; Peter Steenkiste (Computer, 2004)

Making Self-Adaptation an Engineering Reality. - Shang-Wen Cheng; David Garlan; Bradley R. Schmerl (Self-star Properties in Complex Information Systems, 2005)

Capitalizing on Awareness of User Tasks for Guiding Self-Adaptation. - João Pedro Sousa; Vahe Poladian; David Garlan; Bradley R. Schmerl (CAiSE Workshops (2), 2005)

Modeling and implementing software architecture with acme and archJava. - Marwan Abi-Antoun; Jonathan Aldrich; David Garlan; Bradley R. Schmerl; Nagi H. Nahas; Tony Tseng (ICSE, 2005)

Bridging the Gap between Systems Design. - David Garlan; William K. Reinholtz; Bradley R. Schmerl; Nicholas D. Sherman; Tony Tseng (SEW, 2005)

Dynamically discovering architectures with DiscoTect. - Bradley R. Schmerl; David Garlan; Hong Yan 002 (ESEC/SIGSOFT FSE, 2005)

Semi-Automated Incremental Synchronization between Conceptual and Implementation Level Architectures. - Marwan Abi-Antoun; Jonathan Aldrich; David Garlan; Bradley R. Schmerl; Nagi H. Nahas (WICSA, 2005)

Improving system dependability by enforcing architectural intent. - Marwan Abi-Antoun; Jonathan Aldrich; David Garlan; Bradley R. Schmerl; Nagi H. Nahas; Tony Tseng (ACM SIGSOFT Softw. Eng. Notes, 2005)

Architecture-based self-adaptation in the presence of multiple objectives. - Shang-Wen Cheng; David Garlan; Bradley R. Schmerl (SEAMS@ICSE, 2006)

An Architecture for Personal Cognitive Assistance. - David Garlan; Bradley R. Schmerl (SEKE, 2006)

Discovering Architectures from Running Systems. - Bradley R. Schmerl; Jonathan Aldrich; David Garlan; Rick Kazman; Hong Yan 002 (IEEE Trans. Software Eng., 2006)

Task-based adaptation for ubiquitous computing. - João Pedro Sousa; Vahe Poladian; David Garlan; Bradley R. Schmerl; Mary Shaw (IEEE Trans. Syst. Man Cybern. Syst., 2006)

Leveraging Resource Prediction for Anticipatory Dynamic Configuration. - Vahe Poladian; David Garlan; Mary Shaw; Mahadev Satyanarayanan; Bradley R. Schmerl; João Pedro Sousa (SASO, 2007)

The Radar Architecture for Personal Cognitive Assistance. - David Garlan; Bradley R. Schmerl (Int. J. Softw. Eng. Knowl. Eng., 2007)

Steps toward activity-oriented computing. - João Pedro Sousa; Vahe Poladian; David Garlan; Bradley R. Schmerl; Peter Steenkiste (IPDPS, 2008)

uDesign: End-User Design Applied to Monitoring and Control Applications for Smart Spaces. - João Pedro Sousa; Bradley R. Schmerl; Vahe Poladian; Alexander Brodsky 001 (WICSA, 2008)

Differencing and merging of architectural views. - Marwan Abi-Antoun; Jonathan Aldrich; Nagi H. Nahas; Bradley R. Schmerl; David Garlan (Autom. Softw. Eng., 2008)

Software Architecture-Based Self-Adaptation. - David Garlan; Bradley R. Schmerl; Shang-Wen Cheng (Autonomic Computing and Networking, 2009)

Improving Architecture-Based Self-Adaptation through Resource Prediction. - Shang-Wen Cheng; Vahe Poladian; David Garlan; Bradley R. Schmerl (Software Engineering for Self-Adaptive Systems, 2009)

RAIDE for engineering architecture-based self-adaptive systems. - Shang-Wen Cheng; David Garlan; Bradley R. Schmerl (ICSE Companion, 2009)

Evaluating the effectiveness of the Rainbow self-adaptive system. - Shang-Wen Cheng; David Garlan; Bradley R. Schmerl (SEAMS, 2009)

Ævol: A tool for defining and planning architecture evolution. - David Garlan; Bradley R. Schmerl (ICSE, 2009)

Using Service-oriented Architectures for Socio-Cultural Analysis. - David Garlan; Kathleen M. Carley; Bradley R. Schmerl; Michael W. Bigrigg; Orieta Celiku (SEKE, 2009)

Evolution styles: Foundations and tool support for software architecture evolution. - David Garlan; Jeffrey M. Barnes; Bradley R. Schmerl; Orieta Celiku (WICSA/ECSA, 2009)

Improving Architecture-Based Self-adaptation Using Preemption. - Rahul Raheja; Shang-Wen Cheng; David Garlan; Bradley R. Schmerl (SOAR, 2009)

An Architectural Approach to the Design and Analysis of Cyber-Physical Systems. - Akshay Rajhans; Shang-Wen Cheng; Bradley R. Schmerl; David Garlan; Bruce H. Krogh; Clarence Agbi; Ajinkya Bhave (Electron. Commun. Eur. Assoc. Softw. Sci. Technol., 2009)

Software Engineering for Self-Adaptive Systems: A Second Research Roadmap. - Rogério de Lemos; Holger Giese; Hausi A. Müller; Mary Shaw; Jesper Andersson; Marin Litoiu; Bradley R. Schmerl; Gabriel Tamura; Norha M. Villegas; Thomas Vogel 001; Danny Weyns; Luciano Baresi; et al. (Software Engineering for Self-Adaptive Systems, 2010)

On Patterns for Decentralized Control in Self-Adaptive Systems. - Danny Weyns; Bradley R. Schmerl; Vincenzo Grassi; Sam Malek; Raffaela Mirandola; Christian Prehofer; Jochen Wuttke; Jesper Andersson; Holger Giese; Karl M. Göschka (Software Engineering for Self-Adaptive Systems, 2010)

Agent-assisted task management that reduces email overload. - Andrew Faulring; Brad A. Myers; Ken Mohnkern; Bradley R. Schmerl; Aaron Steinfeld; John Zimmerman; Asim Smailagic; Jeffery P. Hansen; Daniel P. Siewiorek (IUI, 2010)

Architecture-Based Run-Time Fault Diagnosis. - Paulo Casanova; Bradley R. Schmerl; David Garlan; Rui Abreu 001 (ECSA, 2011)

An Architectural Approach to End User Orchestrations. - Vishal Dwivedi; Perla Velasco Elizondo; José Maria Fernandes; David Garlan; Bradley R. Schmerl (ECSA, 2011)

View Consistency in Architectures for Cyber-Physical Systems. - Ajinkya Bhave; Bruce H. Krogh; David Garlan; Bradley R. Schmerl (ICCPS, 2011)

SORASCS: a case study in soa-based platform design for socio-cultural analysis. - Bradley R. Schmerl; David Garlan; Vishal Dwivedi; Michael W. Bigrigg; Kathleen M. Carley (ICSE, 2011)

Foundations and Tools for End-User Architecting. - David Garlan; Vishal Dwivedi; Ivan Ruchkin; Bradley R. Schmerl (Monterey Workshop, 2012)

Introduction to the special issue on state of the art in engineering self-adaptive systems. - Danny Weyns; Sam Malek; Jesper Andersson; Bradley R. Schmerl (J. Syst. Softw., 2012)

Analyzing Self-Adaptation Via Model Checking of Stochastic Games. - Javier Cámara 001; David Garlan; Gabriel A. Moreno; Bradley R. Schmerl (Software Engineering for Self-Adaptive Systems, 2013)

Software Engineering for Self-Adaptive Systems: Research Challenges in the Provision of Assurances. - Rogério de Lemos; David Garlan; Carlo Ghezzi; Holger Giese; Jesper Andersson; Marin Litoiu; Bradley R. Schmerl; Danny Weyns; Luciano Baresi; Nelly Bencomo; Yuriy Brun; Javier Cámara 001; et al. (Software Engineering for Self-Adaptive Systems, 2013)

Challenges in Composing and Decomposing Assurances for Self-Adaptive Systems. - Bradley R. Schmerl; Jesper Andersson; Thomas Vogel 001; Myra B. Cohen; Cecília M. F. Rubira; Yuriy Brun; Alessandra Gorla; Franco Zambonelli; Luciano Baresi (Software Engineering for Self-Adaptive Systems, 2013)

Evolving an adaptive industrial software system to use architecture-based self-adaptation. - Javier Cámara 001; Pedro Correia; Rogério de Lemos; David Garlan; Pedro Gomes; Bradley R. Schmerl; Rafael Ventura (SEAMS, 2013)

Diagnosing architectural run-time failures. - Paulo Casanova; David Garlan; Bradley R. Schmerl; Rui Abreu 001 (SEAMS, 2013)

Resolving Data Mismatches in End-User Compositions. - Perla Velasco Elizondo; Vishal Dwivedi; David Garlan; Bradley R. Schmerl; José Maria Fernandes (IS-EUD, 2013)

Architecture-based self-protecting software systems. - Eric Yuan; Sam Malek; Bradley R. Schmerl; David Garlan; Jeff Gennari (QoSA, 2013)

Impact Models for Architecture-Based Self-adaptive Systems. - Javier Cámara Moreno; Antónia Lopes; David Garlan; Bradley R. Schmerl (FACS, 2014)

Architecture-based self-protection: composing and reasoning about denial-of-service mitigations. - Bradley R. Schmerl; Javier Cámara 001; Jeffrey Gennari; David Garlan; Paulo Casanova; Gabriel A. Moreno; Thomas J. Glazier; Jeffrey M. Barnes (HotSoS, 2014)

Diagnosing unobserved components in self-adaptive systems. - Paulo Casanova; David Garlan; Bradley R. Schmerl; Rui Abreu 001 (SEAMS, 2014)

Model-Based Assistance for Making Time/Fidelity Trade-Offs in Component Compositions. - Vishal Dwivedi; David Garlan; Jürgen Pfeffer; Bradley R. Schmerl (ITNG, 2014)

Evolution styles: foundations and models for software architecture evolution. - Jeffrey M. Barnes; David Garlan; Bradley R. Schmerl (Softw. Syst. Model., 2014)

Supporting Heterogeneity in Cyber-Physical Systems Architectures. - Akshay Rajhans; Ajinkya Bhave; Ivan Ruchkin; Bruce H. Krogh; David Garlan; André Platzer; Bradley R. Schmerl (IEEE Trans. Autom. Control., 2014)

Architectural Abstractions for Hybrid Programs. - Ivan Ruchkin; Bradley R. Schmerl; David Garlan (CBSE, 2015)

RADIANCE 2015 Keynote: Challenges in Engineering Dependable Self-Adaptive System. - Bradley R. Schmerl (DSN Workshops, 2015)

Detecting insider threats in software systems using graph models of behavioral paths. - Hemank Lamba; Thomas J. Glazier; Bradley R. Schmerl; Jürgen Pfeffer; David Garlan (HotSoS, 2015)

An architecture style for Android security analysis: poster. - Bradley R. Schmerl; Jeffrey Gennari; David Garlan (HotSoS, 2015)

Analytic Dependency Loops in Architectural Models of Cyber-Physical Systems. - Ivan Ruchkin; Bradley R. Schmerl; David Garlan (ACES-MB&WUCOR@MoDELS, 2015)

Optimal planning for architecture-based self-adaptation via model checking of stochastic games. - Javier Cámara 001; David Garlan; Bradley R. Schmerl; Ashutosh Pandey 002 (SAC, 2015)

Analyzing Resilience Properties of Different Topologies of Collective Adaptive Systems. - Thomas J. Glazier; Javier Cámara 001; Bradley R. Schmerl; David Garlan (SASO Workshops, 2015)

Proactive self-adaptation under uncertainty: a probabilistic model checking approach. - Gabriel A. Moreno; Javier Cámara 001; David Garlan; Bradley R. Schmerl (ESEC/SIGSOFT FSE, 2015)

Architecture Modeling and Analysis of Security in Android Systems. - Bradley R. Schmerl; Jeff Gennari; Alireza Sadeghi; Hamid Bagheri; Sam Malek; Javier Cámara 001; David Garlan (ECSA, 2016)

A model-based approach to anomaly detection in software architectures. - Hemank Lamba; Thomas J. Glazier; Bradley R. Schmerl; Javier Cámara 001; David Garlan; Jürgen Pfeffer (HotSoS, 2016)

Raindroid: a system for run-time mitigation of Android intent vulnerabilities [poster]. - Bradley R. Schmerl; Jeffrey Gennari; Javier Cámara 001; David Garlan (HotSoS, 2016)

Efficient Decision-Making under Uncertainty for Proactive Self-Adaptation. - Gabriel A. Moreno; Javier Cámara 001; David Garlan; Bradley R. Schmerl (ICAC, 2016)

Big Data in Cloud Computing: Features and Issues. - Pedro Caldeira Neves; Bradley R. Schmerl; Javier Cámara 001; Jorge Bernardino (IoTBD, 2016)

Challenges in physical modeling for adaptation of cyber-physical systems. - Ivan Ruchkin; Selva Samuel; Bradley R. Schmerl; Amanda Rico; David Garlan (WF-IoT, 2016)

Incorporating architecture-based self-adaptation into an adaptive industrial software system. - Javier Cámara 001; Pedro Correia; Rogério de Lemos; David Garlan; Pedro Gomes; Bradley R. Schmerl; Rafael Ventura (J. Syst. Softw., 2016)

Improving self-adaptation planning through software architecture-based stochastic modeling. - João Miguel Franco; Francisco Correia; Raul Barbosa; Mário Zenha Rela; Bradley R. Schmerl; David Garlan (J. Syst. Softw., 2016)

Adaptation impact and environment models for architecture-based self-adaptive systems. - Javier Cámara 001; Antónia Lopes; David Garlan; Bradley R. Schmerl (Sci. Comput. Program., 2016)

Analyzing Latency-Aware Self-Adaptation Using Stochastic Games and Simulations. - Javier Cámara 001; Gabriel A. Moreno; David Garlan; Bradley R. Schmerl (ACM Trans. Auton. Adapt. Syst., 2016)

Model-based Cluster Analysis for Identifying Suspicious Activity Sequences in Software. - Hemank Lamba; Thomas J. Glazier; Javier Cámara 001; Bradley R. Schmerl; David Garlan; Jürgen Pfeffer (IWSPA@CODASPY, 2017)

Synthesis and Quantitative Verification of Tradeoff Spaces for Families of Software Systems. - Javier Cámara 001; David Garlan; Bradley R. Schmerl (ECSA, 2017)

SEsCPS 2017 Workshop Summary. - Tomás Bures; Danny Weyns; Bradley R. Schmerl; John S. Fitzgerald (SEsCPS@ICSE, 2017)

Comparing Model-Based Predictive Approaches to Self-Adaptation: CobRA and PLA. - Gabriel A. Moreno; Alessandro Vittorio Papadopoulos; Konstantinos Angelopoulos; Javier Cámara 001; Bradley R. Schmerl (SEAMS@ICSE, 2017)

Towards a Formal Framework for Hybrid Planning in Self-Adaptation. - Ashutosh Pandey 002; Ivan Ruchkin; Bradley R. Schmerl; Javier Cámara 001 (SEAMS@ICSE, 2017)

Instance-Based Learning for Hybrid Planning. - Ashutosh Pandey 002; Bradley R. Schmerl; David Garlan (FAS*W@SASO/ICCAC, 2017)

Reasoning About Sensing Uncertainty in Decision-Making for Self-adaptation. - Javier Cámara 001; Wenxin Peng; David Garlan; Bradley R. Schmerl (SEFM Workshops, 2017)

Software Engineering for Smart Cyber-Physical Systems: Challenges and Promising Solutions. - Tomás Bures; Danny Weyns; Bradley R. Schmerl; Eduardo Tovar; Eric Boden; Thomas Gabor; Ilias Gerostathopoulos; Pragya Gupta; Eunsuk Kang; Alessia Knauss; Pankesh Patel; Awais Rashid; et al. (ACM SIGSOFT Softw. Eng. Notes, 2017)

Introduction to the Special Section on Best Papers from SEAMS 2015. - Bradley R. Schmerl; Paola Inverardi (ACM Trans. Auton. Adapt. Syst., 2017)

Generality vs. reusability in architecture-based self-adaptation: the case for self-adaptive microservices. - Nabor C. Mendonça; David Garlan; Bradley R. Schmerl; Javier Cámara 001 (ECSA (Companion), 2018)

IPL: An Integration Property Language for Multi-model Cyber-physical Systems. - Ivan Ruchkin; Joshua Sunshine; Grant Iraci; Bradley R. Schmerl; David Garlan (FM, 2018)

SWIM: an exemplar for evaluation and comparison of self-adaptation approaches for web applications. - Gabriel A. Moreno; Bradley R. Schmerl; David Garlan (SEAMS@ICSE, 2018)

MOSAICO: offline synthesis of adaptation strategy repertoires with flexible trade-offs. - Javier Cámara 001; Bradley R. Schmerl; Gabriel A. Moreno; David Garlan (Autom. Softw. Eng., 2018)

Reasoning about sensing uncertainty and its reduction in decision-making for self-adaptation. - Javier Cámara 001; Wenxin Peng; David Garlan; Bradley R. Schmerl (Sci. Comput. Program., 2018)

Software Engineering for Smart Cyber-Physical Systems: Models, System-Environment Boundary, and Social Aspects. - Tomás Bures; Danny Weyns; Bradley R. Schmerl; John S. Fitzgerald (ACM SIGSOFT Softw. Eng. Notes, 2018)

Flexible and Efficient Decision-Making for Proactive Latency-Aware Self-Adaptation. - Gabriel A. Moreno; Javier Cámara 001; David Garlan; Bradley R. Schmerl (ACM Trans. Auton. Adapt. Syst., 2018)

Kubow: an architecture-based self-adaptation service for cloud native applications. - Carlos M. Aderaldo; Nabor C. Mendonça; Bradley R. Schmerl; David Garlan (ECSA (Companion), 2019)

Machine learning meets quantitative planning: enabling self-adaptation in autonomous robots. - Pooyan Jamshidi; Javier Cámara 001; Bradley R. Schmerl; Christian Kästner; David Garlan (SEAMS@ICSE, 2019)

Synthesizing tradeoff spaces with quantitative guarantees for families of software systems. - Javier Cámara 001; David Garlan; Bradley R. Schmerl (J. Syst. Softw., 2019)

Software Engineering for Smart Cyber-Physical Systems (SEsCPS 2018) - Workshop Report. - Tomás Bures; Danny Weyns; Bradley R. Schmerl; John S. Fitzgerald; Adina Aniculaesei; Christian Berger 001; João Cambeiro; Jan Carlson; Shafiul Azam Chowdhury; Marian Daun; Nianyu Li; Matthias Markthaler; et al. (ACM SIGSOFT Softw. Eng. Notes, 2019)

Model-Based Adaptation for Robotics Software. - Jonathan Aldrich; David Garlan; Christian Kästner; Claire Le Goues; Anahita Mohseni-Kabir; Ivan Ruchkin; Selva Samuel; Bradley R. Schmerl; Christopher Steven Timperley; Manuela Veloso; Ian Voysey; Joydeep Biswas; et al. (IEEE Softw., 2019)

Hybrid Planning Using Learning and Model Checking for Autonomous Systems. - Ashutosh Pandey 002; Ivan Ruchkin; Bradley R. Schmerl; David Garlan (ACSOS, 2020)

Automated Management of Collections of Autonomic Systems. - Thomas J. Glazier; David Garlan; Bradley R. Schmerl (ACSOS, 2020)

Reasoning about When to Provide Explanation for Human-involved Self-Adaptive Systems. - Nianyu Li; Javier Cámara 001; David Garlan; Bradley R. Schmerl (ACSOS, 2020)

REACT: A Model-Based Runtime Environment for Adapting Communication Systems. - Martin Pfannemüller; Martin Breitbach; Christian Krupitzer; Markus Weckesser; Christian Becker 001; Bradley R. Schmerl; Andy Schürr (ACSOS, 2020)

Automated Planning for Supporting Knowledge-Intensive Processes. - Sheila Katherine Venero; Bradley R. Schmerl; Leonardo Montecchi; Júlio Cesar dos Reis; Cecília Mary Fischer Rubira (BPMDS/EMMSAD@CAiSE, 2020)

Software architecture and task plan co-adaptation for mobile service robots. - Javier Cámara 001; Bradley R. Schmerl; David Garlan (SEAMS@ICSE, 2020)

How do you architect your robots?: state of the practice and guidelines for ROS-based systems. - Ivano Malavolta; Grace A. Lewis; Bradley R. Schmerl; Patricia Lago; David Garlan (ICSE (SEIP), 2020)

REACT-ION: A Model-based Runtime Environment for Situation-aware Adaptations. - Martin Pfannemüller; Martin Breitbach; Markus Weckesser; Christian Becker 001; Bradley R. Schmerl; Andy Schürr; Christian Krupitzer (ACM Trans. Auton. Adapt. Syst., 2020)

Six Software Engineering Principles for Smarter Cyber-Physical Systems. - Danny Weyns; Tomás Bures; Radu Calinescu; Barnaby Craggs; John S. Fitzgerald; David Garlan; Bashar Nuseibeh; Liliana Pasquale; Awais Rashid; Ivan Ruchkin; Bradley R. Schmerl (ACSOS-C, 2021)

Explaining Architectural Design Tradeoff Spaces: A Machine Learning Approach. - Javier Cámara 001; Mariana Silva; David Garlan; Bradley R. Schmerl (ECSA, 2021)

Hey! Preparing Humans to do Tasks in Self-adaptive Systems. - Nianyu Li; Javier Cámara 001; David Garlan; Bradley R. Schmerl; Zhi Jin (SEAMS@ICSE, 2021)

Towards Better Adaptive Systems by Combining MAPE, Control Theory, and Machine Learning. - Danny Weyns; Bradley R. Schmerl; Masako Kishida; Alberto Leva; Marin Litoiu; Necmiye Ozay; Colin Paterson; Kenji Tei (SEAMS@ICSE, 2021)

Mining guidelines for architecting robotics software. - Ivano Malavolta; Grace A. Lewis; Bradley R. Schmerl; Patricia Lago; David Garlan (J. Syst. Softw., 2021)

ROSDiscover: Statically Detecting Run-Time Architecture Misconfigurations in Robotics Systems. - Christopher Steven Timperley; Tobias Dürschmid; Bradley R. Schmerl; David Garlan; Claire Le Goues (ICSA, 2022)

ROSDiscover: Statically Detecting Run-Time Architecture Misconfigurations in Robotics Systems : Artifact Paper. - Christopher Steven Timperley; Tobias Dürschmid; Bradley R. Schmerl; David Garlan; Claire Le Goues (ICSA Companion, 2022)

Addressing the uncertainty interaction problem in software-intensive systems: challenges and desiderata. - Javier Cámara 001; Radu Calinescu; Betty H. C. Cheng; David Garlan; Bradley R. Schmerl; Javier Troya; Antonio Vallecillo (MoDELS, 2022)

Guidelines for Artifacts to Support Industry-Relevant Research on Self-Adaptation. - Danny Weyns; Ilias Gerostathopoulos; Barbora Buhnova; Nicolás Cardozo; Emilia Cioroaica; Ivana Dusparic; Lars Grunske; Pooyan Jamshidi; Christine Julien 001; Judith Michael; Gabriel A. Moreno; Shiva Nejati 001; et al. (ACM SIGSOFT Softw. Eng. Notes, 2022)

The uncertainty interaction problem in self-adaptive systems. - Javier Cámara 001; Javier Troya; Antonio Vallecillo; Nelly Bencomo; Radu Calinescu; Betty H. C. Cheng; David Garlan; Bradley R. Schmerl (Softw. Syst. Model., 2022)

Breaking the Vicious Circle: Self-Adaptive Microservice Circuit Breaking and Retry. - Mohammad Reza Saleh Sedghpour; David Garlan; Bradley R. Schmerl; Cristian Klein; Johan Tordsson (IC2E, 2023)

ExTrA: Explaining architectural design tradeoff spaces via dimensionality reduction. - Javier Cámara 001; Rebekka Wohlrab; David Garlan; Bradley R. Schmerl (J. Syst. Softw., 2023)

Explaining quality attribute tradeoffs in automated planning for self-adaptive systems. - Rebekka Wohlrab; Javier Cámara 001; David Garlan; Bradley R. Schmerl (J. Syst. Softw., 2023)

CaRE: Finding Root Causes of Configuration Issues in Highly-Configurable Robots. - Md. Abir Hossen; Sonam Kharade; Bradley R. Schmerl; Javier Cámara 001; Jason M. O'Kane; Ellen C. Czaplinski; Katherine A. Dzurilla; David Garlan; Pooyan Jamshidi (IEEE Robotics Autom. Lett., 2023)

Challenges in Creating Effective Automated Design Environments: An experience report from the domain of generative manufacturing. - David Garlan; Bradley R. Schmerl; Rebekka Wohlrab; Javier Cámara 001 (Designing@ICSE, 2024)

Understanding Misconfigurations in ROS: An Empirical Study and Current Approaches. - Paulo Canelas; Bradley R. Schmerl; Alcides Fonseca; Christopher Steven Timperley (ISSTA, 2024)

MONDEO-Tactics5G: Multistage botnet detection and tactics for 5G/6G networks. - Bruno Sousa; Duarte M. Dias; Nuno Antunes; Javier Cámara 001; Ryan Wagner; Bradley R. Schmerl; David Garlan; Pedro Fidalgo (Comput. Secur., 2024)

CURE: Simulation-Augmented Auto-Tuning in Robotics. - Md. Abir Hossen; Sonam Kharade; Jason M. O'Kane; Bradley R. Schmerl; David Garlan; Pooyan Jamshidi (CoRR, 2024)

Generative Manufacturing: A requirements and resource-driven approach to part making. - Hongrui Chen; Aditya Joglekar; Zack Rubinstein; Bradley R. Schmerl; Gary Fedder; Jan de Nijs; David Garlan; Stephen Smith; Levent Burak Kara (CoRR, 2024)

Focusing on What Matters: Explaining Quality Tradeoffs in Software-Intensive Systems Via Dimensionality Reduction. - Javier Cámara 001; Rebekka Wohlrab; David Garlan; Bradley R. Schmerl (IEEE Softw., 2024)

Foreword: SEAMS 2022 Special Issue. - Bradley R. Schmerl; Javier Cámara 001; Martina Maggio (ACM Trans. Auton. Adapt. Syst., 2024)

CURE: Simulation-Augmented Autotuning in Robotics. - Md. Abir Hossen; Sonam Kharade; Jason M. O'Kane; Bradley R. Schmerl; David Garlan; Pooyan Jamshidi (IEEE Trans. Robotics, 2025)