Understanding the World Through Code

Funded through the NSF Expeditions in Computing Program

Events

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12/2020: Neurosym webinar series. Justin Gottschlich — Principal Scientist and the Director & Founder of Machine Programming Research at Intel Labs — will be talking about Machine Programming.

A Glance into Machine Programming @ Intel Labs

As defined by "The Three Pillars of Machine Programming", machine programming (MP) is concerned with the automation of software development. The three pillars partition MP into the following conceptual components: (i) intention, (ii) invention, and (iii) adaptation, with data being a foundational element that is generally necessary for all pillars. While the goal of MP is complete software automation – something that is likely decades away – we believe there are many seminal research opportunities waiting to be explored today across the three pillars.
In this talk, we will provide a glance into the new Pioneering Machine Programming Research effort at Intel Labs and how it has been established around the three pillars across the entire company. We will also discuss Intel Labs’ general charter for MP, as well as a few early research systems that we have bu

Bio: Justin Gottschlich is a Principal Scientist and the Director & Founder of Machine Programming Research at Intel Labs. He also has an academic appointment as an Adjunct Assistant Professor at the University of Pennsylvania. Justin is the Principal Investigator of the joint Intel/NSF CAPA research center, which focuses on simplifying the software programmability challenge for heterogeneous hardware. He co-founded the ACM SIGPLAN Machine Programming Symposium (previously Machine Learning and Programming Languages) and currently serves as its Steering Committee Chair. He is currently serving on two technical advisory boards: the 2020 NSF Expeditions “Understanding the World Through Code” and a new MP startup fully funded by Intel, which is currently in stealth.
Justin has a deep desire to build bridges with thought leaders across industry and academia to research disruptive technology as a community. Recently, he has been focused on machine programming, which is principally about automating software development. Justin currently has active collaborations with Amazon, Brown University, Georgia Tech, Google AI, Hebrew University, IBM Research, Microsoft Research, MIT, Penn, Stanford, UC-Berkeley, UCLA, and University of Wisconsin. He received his PhD in Computer Engineering from the University of Colorado-Boulder in 2011. Justin has 30+ peer-reviewed publications, 35+ issued patents, with 100+ patents pending.

When: Tuesday December 1, 4-5PM EST.
Where: (Zoom)
10/2020: Neurosym webinar series. Abhinav Verma— PhD student at UT Austin — will talk about his recent work on reinforcement learning algorithms.

Programmatic Reinforcement Learning

We study reinforcement learning algorithms that generate policies that can be represented in expressive high-level Domain Specific Languages (DSL). This work aims to simultaneously address four fundamental drawbacks of Deep Reinforcement Learning (Deep-RL), where the policy is represented by a neural network; interpretability, verifiability, reliability and domain awareness. We formalize a new learning paradigm and provide empirical and theoretical evidence to show that we can generate policies in expressive DSLs that do not suffer from the above shortcomings of Deep-RL. To overcome the challenges of policy search in non-differentiable program space, we introduce a meta-algorithm that is based on mirror descent, program synthesis, and imitation learning. This approach leverages neurosymbolic learning, using synthesized symbolic programs to regularize Deep-RL and using the gradients available to Deep-RL to improve the quality of synthesized programs. Overall this approach establishes a synergistic relationship between Deep-RL and program synthesis.

Bio: Abhinav Verma is a PhD student at UT Austin where he is supervised by Swarat Chaudhuri. His research lies at the intersection of machine learning and program synthesis, with a focus on programmatically interpretable learning. He is a recipient of the 2020 JP Morgan AI Research PhD Fellowship.

When: Tuesday October 27, 4-5PM EST.
Watch: (recorded talk)
10/2020: We are having our official kickoff meeting. Some of the talks will be streamed online, see the schedule for the recordings.
9/2020: Neurosym webinar series. In the first talk in the series, Kevin Ellis—research scientist at Common Sense Machines, and soon to be faculty member at the Computer Science Department at Cornell—will talk about his recent work on growing domain specific languages.

Growing domain-specific languages alongside neural program synthesizers via wake-sleep program learning

Two challenges in engineering program synthesis systems are: (1) crafting specialized yet expressive domain specific languages, and (2) designing search algorithms that can tractably explore the space of expressions in this domain specific language. We take a step toward the joint learning of domain specific languages, and the search algorithms that perform synthesis in that language. We propose an algorithm which starts with a relatively minimal domain specific language, and then enriches that language by compressing out common syntactic patterns into a library of reusable domain specific code. In tandem, the system trains a neural network to guide search over expressions in the growing language. From a machine learning perspective, this system implements a wake-sleep algorithm similar to the Helmholtz machine. We apply this algorithm to AI and program synthesis problems, with the goal of understanding how domain specific languages and neural program synthesizers can mutually bootstrap one another.

Related paper

Bio: Kevin Ellis is a research scientist at Common Sense Machines, and recently finished a PhD at MIT under Armando Solar-Lezama and Josh Tenenbaum. He works on program synthesis and artificial intelligence. He will be moving to Cornell to start as an assistant professor in the computer science department starting fall 2021.

When: Tuesday September 29, 4-5PM EST.
Watch: (recorded talk)
7/2020: Meet us at Tapia 2020. We will be present at Tapia 2020. If you are attending the (virtual) conference, come talk to us to learn more about the project and opportunities for undergraduate summer research.