A Scalable Visualization Environment for the Correlation of Radiological and Histopathological Data at Multiple Levels of Resolution. - Jacopo Annese; Philip Weber (MMVR, 2009)

Trajectory analysis of speech using continuous state hidden Markov Models. - Philip Weber; S. M. Houghton; Colin J. Champion; Martin J. Russell; Peter Jancovic (ICASSP, 2014)

A framework for the analysis and comparison of process mining algorithms. - Philip Weber (2014)

Analysis of a low-dimensional bottleneck neural network representation of speech for modelling speech dynamics. - Linxue Bai; Peter Jancovic; Martin J. Russell; Philip Weber (INTERSPEECH, 2015)

Recognition of voiced sounds with a continuous state HMM. - S. M. Houghton; Colin J. Champion; Philip Weber (INTERSPEECH, 2015)

Consonant recognition with continuous-state hidden Markov models and perceptually-motivated features. - Philip Weber; Colin J. Champion; S. M. Houghton; Peter Jancovic; Martin J. Russell (INTERSPEECH, 2015)

Progress on phoneme recognition with a continuous-state HMM. - Philip Weber; Linxue Bai; S. M. Houghton; Peter Jancovic; Martin J. Russell (ICASSP, 2016)

Interpretation of Low Dimensional Neural Network Bottleneck Features in Terms of Human Perception and Production. - Philip Weber; Linxue Bai; Martin J. Russell; Peter Jancovic; Stephen M. Houghton (INTERSPEECH, 2016)

Phone Classification Using a Non-Linear Manifold with Broad Phone Class Dependent DNNs. - Linxue Bai; Peter Jancovic; Martin J. Russell; Philip Weber; Stephen M. Houghton (INTERSPEECH, 2017)

A Process Mining and Text Analysis Approach to Analyse the Extent of Polypharmacy in Medical Prescribing. - Philip Weber; Ruth Backman; Ian Litchfield; Mark Lee 001 (ICHI, 2018)

Exploring How Phone Classification Neural Networks Learn Phonetic Information by Visualising and Interpreting Bottleneck Features. - Linxue Bai; Philip Weber; Peter Jancovic; Martin J. Russell (INTERSPEECH, 2018)

Ergonomics To Go: Designing The Mobile Workspace. - Monique Janneck; Sophie Jent; Philip Weber; Helge Nissen (Int. J. Hum. Comput. Interact., 2018)

Automated conflict detection between medical care pathways. - Philip Weber; João Bosco Ferreira Filho; Behzad Bordbar; Mark Lee 001; Ian Litchfield; Ruth Backman (J. Softw. Evol. Process., 2018)

Trends of digitalization and adoption of big data & analytics among UK SMEs: Analysis and lessons drawn from a case study of 53 SMEs. - Muhidin Mohamed; Philip Weber (ICE/ITMC, 2020)

(Non-)Interacting with conversational agents: perceptions and motivations of using chatbots and voice assistants. - Philip Weber; Thomas Ludwig 005 (MuC, 2020)

"Always on the Table": Revealing Smartphone Usages in everyday Eating Out Situations. - Philip Weber; Philip Engelbutzeder; Thomas Ludwig 005 (NordiCHI, 2020)

Automated Verification of Care Pathways Using Constraint Programming. - Renan Pereira de Figueiredo; João Bosco Ferreira Filho; Flávio R. C. Sousa; Philip Weber; Ian Litchfield (IEEE J. Biomed. Health Informatics, 2020)

FoodChattAR: Exploring the Design Space of Edible Virtual Agents for Human-Food Interaction. - Philip Weber; Kevin Krings; Julia Nießner; Sabrina Brodesser; Thomas Ludwig 005 (Conference on Designing Interactive Systems, 2021)

"It's a Kind of Art!": Understanding Food Influencers as Influential Content Creators. - Philip Weber; Thomas Ludwig 005; Sabrina Brodesser; Laura Grönewald (CHI, 2021)

MedPath: A process-based modeling language for designing care pathways. - Iago Avelino Trajano; João Bosco Ferreira Filho; Flávio Rubens de Carvalho Sousa; Ian Litchfield; Philip Weber (Int. J. Medical Informatics, 2021)

Reflection on the Octalysis framework as a design and evaluation tool. - Philip Weber; Laura Grönewald; Thomas Ludwig 005 (GamiFIN, 2022)

FADER: An Authoring Tool for Creating Augmented Reality-Based Avatars from an End-User Perspective. - Kevin Krings; Philip Weber; Florian Jasche; Thomas Ludwig 005 (MuC, 2022)

Automated conflict resolution for patients with multiple morbidity being treated using more than one set of single condition clinical guidance: A case study. - Ian Litchfield; Alice M. Turner; João Bosco Ferreira Filho; Mark Lee 001; Philip Weber (Comput. Biol. Medicine, 2022)

Voice Messages Reimagined: Exploring the Design Space of Current Voice Messaging Interfaces. - Philip Weber; Lea Katharina Michel; Lena Koschorreck; Thomas Ludwig 005 (MuC, 2023)

How Gamified Are Sustainable Food Apps? Applying the Gameful Design Heuristics to Evaluate Sustainable Food Apps. - Diana Grüger; Julian Weiblen; Philip Weber; Thomas Ludwig 005 (Proc. ACM Hum. Comput. Interact., 2023)

PrintAssist - a conversational human-machine interface for 3D printers. - Florian Jasche; Philip Weber; Shi Liu; Thomas Ludwig 005 (i-com, 2023)

Special issue on "conversational agents" - Editorial. - Thomas Ludwig 005; Philip Weber; Alexander Maedche; Andreas Riener (i-com, 2023)

Fridolin: participatory design and evaluation of a nutrition chatbot for older adults. - Philip Weber; Faisal Mahmood; Michael Ahmadi; Vanessa von Jan; Thomas Ludwig 005; Rainer Wieching (i-com, 2023)

Too Hidden for Research? - The Quest to Understand the Potential of Hidden Game Mechanics for Gamification Research. - Philip Weber; Torsten Schneider; Bejamin Linz; Thomas Ludwig 005 (MuC (Workshopband), 2024)

Bridging Distances through Virtual Cook-Along Sessions: Exploring the Design Space of Collaborative Remote Cooking Experiences. - Philip Weber; Lucas Andrade da Costa; Thomas Ludwig 005 (Proc. ACM Hum. Comput. Interact., 2025)

Rendezfood: A Design Case Study of a Conversational Location-based Approach in Restaurants. - Philip Weber; Kevin Krings; Lukas Schröder; Lea Katharina Michel; Thomas Ludwig 005 (CoRR, 2025)