In this issue:We examine a new conversation segmentation method that delivers more coherent and personalized agent conversation, and we review efforts to improve MLLMs understanding of geologic maps. Check out the latest research and other updates.NEW RESEARCHResearchers from Microsoft and Tsinghua University propose a new method to help conversational AI agents deliver more coherent and personalized responses during complex long-term dialogue.Large language models (LLMs) are widely used to enable more complicated discussions across a broader range of topics than traditional dialogue systems. However, managing excessively long context that contains irrelevant information is a major challenge. Existing solutions typically perform retrieval augmented response generation by constructing memory banks from conversation history at either the turn-level, session-level, or through summarization.The proposed new approach, SeCom, constructs the memory bank at segment level by introducing a conversation Segmentation model that partitions long-term conversations into topically coherent segments, while applying Compression based denoising on memory units to enhance memory retrieval. Experimental results show that SeCom exhibits a significant performance advantage over baselines on long-term conversation benchmarks LOCOMO and Long-MT-Bench+. Additionally, the proposed conversation segmentation method demonstrates superior performance on dialogue segmentation datasets such as DialSeg711, TIAGE, and SuperDialSeg.Read the paperNEW RESEARCHPEACE: Empowering Geologic Map Holistic Understanding with MLLMsMicrosoft Researchers and external colleagues introduce GeoMap-Agent, an AI system specifically designed for geologic map understanding and analysis. In the lab, they measure its effectiveness using a new benchmark called GeoMap-Bench, a novel gauge for evaluating multimodal large language models (MLLMs) in geologic map understanding. Geologic maps provide critical insights into the structure and composition of Earths surface and subsurface. They are indispensable in fields including disaster detection, resource exploration, and civil engineering.Current MLLMs often fall short in understanding geologic maps, largely due to the challenging nature of cartographic generalization, which involves handling high-resolution maps, managing multiple associated components, and requiring domain-specific knowledge.This paper presents results of experiments in which GeoMap-Agent achieves an overall score of 0.811 on GeoMap-Bench, significantly outperforming the 0.369 score of GPT-4o. The researchers intend to enable advanced AI applications in geology, powering more efficient and accurate geological investigations.Read the paperNEW RESEARCHThe future of the industrial AI edge is cellularReliable, high-bandwidth wireless connectivity and local processing at the edge are crucial enablers for emerging industrial AI applications. This work proposes that cellular networking is the ideal connectivity solution for these applications, due to its virtualization and support for open APIs. The researchers project the emergence of a converged industrial AI edge encompassing both computing and connectivity, in which application developers leverage the API to implement advanced functionalities. They present a case study showing evidence of the effectiveness of this approach, evaluated on an enterprise-grade 5G testbed.Read the paperNEW RESEARCHRE#: High Performance Derivative-Based Regex Matching with Intersection, Complement, and Restricted LookaroundsA regular expression (regex or RE) is a sequence of characters used to match, search, and manipulate strings in text based on specific criteria. REs are used in programming languages for data validation, text parsing, and search operations.This paper presents a tool and theory built onsymbolic derivatives that does not use backtracking, while supporting both classical operators and complement, intersection, and restricted lookarounds. The researchers show that the main matching algorithm hasinput-linearcomplexity both in theory as well as experimentally. They apply thorough evaluation on popular benchmarks that show that RE# is over 71% faster than the next fastest regex engine in Rust on the baseline, andoutperforms all state-of-the-art engines on extensions of the benchmarks, often by several orders of magnitude.This work could potentially enable new applications in LLM prompt engineering frameworks, new applications in medical research and bioinformatics, and new opportunities in access and resource policy language design by web service providers.Read the paperNEW RESEARCHToward deep learning sequencestructure co-generation for protein designResearchers review recent advances in deep generative models for protein design, with a focus on sequence-structure co-generation methods. They describe the key methodological and evaluation principles underlying these methods, highlight recent advances from the literature, and discuss opportunities for continued development of sequence-structure co-generation approaches.Deep generative models that learn from the distribution of natural protein sequences and structures may enable the design of new proteins with valuable functions. While most of todays models focus on generating either sequences or structures, emerging co-generation methods promise more accurate and controllable protein design, ideally achieved by modeling both modalities simultaneously.Read the paperMicrosoft research podcastCollaborators: Silica in space with Richard Black and Dexter GreeneCollege freshman Dexter Greene and Microsoft research manager Richard Black discuss how technology that stores data in glass is supporting students as they expand earlier efforts to communicate what it means to be human to extraterrestrials.Listen nowOpens in a new tab PODCASTNew Series: The AI Revolution in Medicine, RevisitedTwo years ago, OpenAIs GPT-4 kick-started a new era in AI. In the months leading up to its public release, Peter Lee, president of Microsoft Research, cowrote The AI Revolution in Medicine: GPT-4 and Beyond, a book full of optimism for the potential of advanced AI models to transform the world of healthcare. In this special Microsoft Research Podcast series, Lee revisits the book, exploring how patients, providers, and other medical professionals are experiencing and using generative AI today while examining what he and his coauthors got rightand what they didnt foresee.Watch the seriesPODCASTThe future of generative AI for scientific discoveryMost of us think of generative AI in the context of text or image generation, but its also a powerful tool for scientific discovery. In this episode of the Leading the Shift podcast (opens in new tab), host Susan Etlinger speaks with Ade Famoti, a senior leader on the Microsoft Research Accelerator team. Ade discusses what he calls AIs physics moment, and why he believes generative AI feels fundamentally different from past platform shifts. Ade shares examples of the work Microsoft Research is doing to uncover the opportunities of generative AI for materials discoveryto improve energy efficiency and carbon capture, and for drug discovery, to fight disease. Ade also highlights the role of culture in building trust, informing priorities and driving adoption of emerging technologies.VIDEOMicrosoft Researchs Chris Bishop talks AI for Science (what it really means)In this interview, the director of Microsoft Research AI for Science, Chris Bishop, discusses how AI is unlocking new scientific outcomes, from drug creation to materials generation to improved climate modeling.Microsoft Research | In case you missed itTech Life The doctor will see you nowBBC Sounds | March 4, 2025An update on live trials in Ghana of 3D telemedicine technology, developed by Microsoft Research and external collaborators. Using portable equipment and holoportation technology, patients in remote locations can connect with a doctor many miles away. The BBC speaks to Spencer Fowers, who is the lead engineer on the project, as well as a patient and a doctor benefiting from the program. Katja Hofmann: Why we're training AI on video gamesTED Talk | October 2024In a recent TED Talk: Why were training AI on video games, Microsoft researcher Katja Hofmann discusses the work the Game Intelligence team at Microsoft Research is doing to develop AI that can transform video games. Using AI trained on years of human gameplay data, the team built World and Human Action Model, which can learn to think, play and innovate alongside humans, enabling video game creators to build more robust games. Hoffmann was also interviewed in a related article: Microsofts Muse AI Edits Video Games on the Fly. View more news and awards Opens in a new tab