A Type System for Safe Intermittent Computing
Explore a novel type system approach for safe intermittent computing in energy-harvesting devices, addressing idempotence requirements and improving programmability for batteryless systems.
Parallelism in a Region Inference Context
Explore region inference implementation for fork-join parallelism in higher-order functional programming, including type rules, semantics, and efficient multi-core utilization.
Proving Capability Safety in the Presence of Indirect Sentries
Explore capability safety proofs with indirect sentries, advancing understanding of secure programming models and language design.
Exploring Algebraic Placement in Multiparty Languages - CP 2024
Explore the relationship between type systems and placement systems in distributed programming languages, focusing on modular reasoning and algebraic placement structures.
Compiling Probabilistic Programs for Variable Elimination with Information Flow
Explore a novel approach to variable elimination and marginal inference in probabilistic programming, featuring bounded recursion and discrete distributions, with compiler-based optimization techniques.
Type-Based Incorrectness Reasoning - Integrating Underapproximate Analysis in Refinement Types
Explore coverage types and their connection to Incorrectness Logic, integrating underapproximate reasoning within refinement type systems for enhanced program analysis and verification.
Garbage-Collection Safety for Region-Based Type-Polymorphic Programs
Explore a novel region type-system for ensuring garbage-collection safety in polymorphic programs, addressing soundness issues and enabling efficient memory management strategies.
Space-Efficient Polymorphic Gradual Typing, Mostly Parametric - PLDI 2024
Explore space-efficient implementation of gradual typing with mostly parametric polymorphism. Learn about λCmp and λSmp calculi, their properties, and the implications for type-preserving translations.
A Verified Compiler for a Functional Tensor Language - PLDI 2024
Explore a verified compiler for functional tensor language, focusing on efficient array code production and formal correctness proof for high-performance domains like image processing and machine learning.
Focusing on Refinement Typing - A Logically Principled Foundation
Explore a logically principled foundation for SMT constraint generation in refinement type systems, combining focalized call-by-push-value, bidirectional typing, and value-determined indexes.
Soundly Handling Linearity - Combining Linear Types with Multi-Shot Effect Handlers
Explore a novel approach to combining linear types with multi-shot effect handlers, addressing soundness issues in existing systems and introducing control-flow linearity for resource integrity.
Parametric Subtyping for Structural Parametric Polymorphism
Explore parametric subtyping for structural parametric polymorphism. Learn about a decidable fragment of structural subtyping that generalizes rigid subtyping, with a proven saturation-based decision procedure.
Types 3: Session Preview
Explore cutting-edge research in type systems and their applications in programming languages with Nick Benton's preview of the Types 3 session at POPL'24.
API-Driven Program Synthesis for Testing Static Typing Implementations
Explore API-driven program synthesis for testing static typing in compilers. Learn about generating type-intensive programs using existing APIs to uncover compiler bugs efficiently.
Haskell Symposium 2024 - Session 3
Explore advanced Haskell concepts and applications in this comprehensive symposium, featuring expert presentations and cutting-edge research in functional programming.
Scala vs Idris - Dependent Types, Now and in the Future
Exploring dependent types in Scala and Idris: current capabilities, limitations, and future possibilities. Demonstrates rich type systems' potential for program verification and static constraint capture in functional programming.
Servo - Designing and Implementing a Parallel Browser
Explore Servo, an experimental browser engine designed for multi-core hardware, focusing on parallelization and security through Rust. Learn about its goals, design, and potential impact on web browsing.
Shen - A Sufficiently Advanced Lisp
Explore Shen, a powerful Lisp with macro system, Prolog, and advanced type system. Demo showcases seamless integration of functional, logic, and imperative styles in web development.
Type-Driven API Design in Rust
Explore Rust's unique approach to API design using traits and type systems. Learn to create composable interfaces that catch errors at compile-time, enhancing code safety and efficiency.
A Few Effective GCC - Clang Optimizations for Embedded Systems
Explore effective gcc/clang optimizations for embedded systems, focusing on code size reduction, performance enhancement, and compiler-friendly coding practices for Linux-based platforms.
Inside a Static Analyser - Type System
Explore C++ static analysis, focusing on type system representation in PVS-Studio. Learn about current implementation, challenges, and upcoming improvements in encoding and handling complex types.