Duration: (3:29:42) ?Subscribe5835 2025-02-15T17:32:29+00:00
[TutorialFest@POPL'24] MetaCoq Tutorial
(3:27:57)
[TutorialFest@POPL'24] Scaling Verification of Concurrent Programs with the Civl Verifier
(3:29:42)
[TutorialFest@POPL'24] Machine Learning Meets Program Synthesis
(2:45:4)
[TutorialFest@POPL'24] Verified Message-Passing Concurrency in Iris: Separation Logic Meet...
(1:31:15)
[TutorialFest@POPL'24] String Solving for Verification
(3:30:38)
[TutorialFest@POPL'24] Cedar: A language for expressing fast, safe, and fine-grained autho...
(1:34:50)
[TutorialFest@POPL'24] Automated Datastructure Verification using Unfoldings and SMT Solvi...
(2:56:54)
Live 12 Piano Roll: Top 9 Drum Programming Updates
(10:)
Task-Oriented Functional Programming for Industrial Applications -Rinus Plasmeijer |Lambda Days 2024
(1:10:10)
Create a POPUP with POPUP Maker WordPress Plugin (FREE in 2024 - Step-by-Step Guide) | Elementor Too
(23:44)
Creating Local-First Collaboration Software with Automerge • Martin Kleppmann • GOTO 2023
(40:45)
The Definitive Guide to WBPP: Cosmetic Correction Update (2024)
(15:21)
CMU Advanced NLP Fall 2024 (6): Instruction Tuning
(1:6:13)
Create a PDF of a repeating group (with page breaks!) - Bubble.io tutorial
(12:20)
L2 Autoregressive Models -- CS294-158 SP24 Deep Unsupervised Learning -- UC Berkeley Spring 2024
(2:11:9)
GPT4All: Create RAGs without any coding \u0026 run LLMs locally
(10:16)
[POPL'24] A Core Calculus for Documents: Or, Lambda: The Ultimate Document
(20:10)
[POPL'24] Indexed Types for a Statically Safe WebAssembly
(18:15)
[TutorialFest@POPL'24] Foundations of Type-Driven Probabilistic Modelling
(1:54:50)
[POPL'24] Mechanizing Refinement Types
(20:26)
[POPL'24] Guided Equality Saturation
(21:21)
[POPL'24] Explicit Effects and Effect Constraints in ReML
(20:38)
[POPL'24] Commutativity Simplifies Proofs of Parameterized Programs
(19:5)
[POPL'24] Type-based Gradual Typing Performance Optimization
(18:21)
[POPL'24] Securing Verified IO Programs Against Unverified Code in F*
(21:8)
[POPL'24] Fusing Direct Manipulations into Functional Programs