The Magic of Music Matching
Explore the algorithms behind music matching apps like Shazam, from sound processing to fingerprinting, in this engaging talk on the science of audio recognition technology.
Apps, Algorithms & Abstractions
Explore the hidden innovations and algorithms powering everyday digital experiences, from cellular networks to image compression, in this deep dive into modern technology's inner workings.
Programming Kotlin - Why, How & Its Future
Explore Kotlin's appeal, features, and future with experts Venkat Subramaniam and Hadi Hariri. Learn why developers love this elegant, expressive language for JVM and Android applications.
Craftsmanship - Code, Guitars & Tech
Explore the unexpected parallels between crafting music, building guitars, and writing software. Discover shared principles of creativity, problem-solving, and decision-making across these diverse disciplines.
Probabilistic Data Structures
Explore efficient handling of large datasets using probabilistic data structures. Learn about their use cases, trade-offs, and implementation for improved performance and memory management.
In-Memory Database with Indices from Scratch
Learn to build a simple, extensible in-memory database with indices using C++'s standard library. Explore search algorithms and data structures through animations.
A Brief History of Computer Music
Explore the evolution of computer-generated music, from early pioneers to modern algorithmic compositions, highlighting technological advancements and cultural impact along the way.
Esolangs
Explore esoteric programming languages, from entropy-based to artistic, in this talk on unconventional coding paradigms and their creative applications.
DNS Spikes, Strikes, and The Like
Explore DNS data analysis techniques, including passive DNS, reputation assessment, and unsupervised learning, to detect and mitigate domain shadowing and other malicious activities.
Measuring the Efficacy of Real Time Intrusion Detection Systems
Explore techniques for evaluating real-time intrusion detection systems, covering protocols, monitoring, best practices, and data classification to enhance network security effectiveness.
Hackers - Hooligans - Heists - History
Explore the evolution of cybersecurity threats and defenses, from early malware to modern espionage, examining key historical events and technological shifts that shape today's digital landscape.
Efficient Dissection of Composite Problems, with Applications
Explore advanced cryptographic techniques for dissecting composite problems, focusing on applications in cryptanalysis and algorithm optimization.
On the Wrong Key Randomisation and Key Equivalence Hypotheses in Matsui's Algorithm 2
Explores cryptographic hypotheses in Matsui's Algorithm 2, focusing on Wrong Key Randomisation and Key Equivalence, providing insights for cryptanalysts and researchers.
Cryptanalysis of Round-Reduced LED
Explore cryptanalysis techniques for round-reduced LED cipher, including differential characteristics, complexity analysis, and advanced attack methods.
Arguments of Proximity
Explore sublinear-time verification, interactive proofs of proximity, and arguments of proximity in cryptography, focusing on bounded depth computation and recent advancements.
Improved Differential-Linear Cryptanalysis of 7-Round Chaskey with Partitioning
Explore advanced cryptanalysis techniques for Chaskey, focusing on differential-linear methods and partitioning to enhance attack efficiency on 7-round implementations.
Improved Progressive BKZ Algorithms and Their Precise Cost Estimation by Sharp Simulator
Explore advanced lattice-based cryptanalysis techniques, focusing on improved Progressive BKZ algorithms and precise cost estimation using a sharp simulator.
Faster Algorithms for Solving LPN
Explore advanced techniques for solving the Learning Parity with Noise (LPN) problem, focusing on improved algorithms and their implications for cryptography.
CacheBleed - A Timing Attack on OpenSSL Constant Time RSA
Explore a timing attack on OpenSSL's constant-time RSA implementation, uncovering vulnerabilities in cryptographic systems and their potential impact on security.
Efficiently Computing Data Independent Memory Hard Functions
Explore efficient computation of data-independent memory hard functions, covering complexity, attacks, and practical applications in cryptography and security.
Indistinguishable Proofs of Work or Knowledge
Explore privacy-preserving proofs of work/knowledge, pricing functions, and cryptographic puzzles. Learn about innovative algorithms and applications in this cutting-edge cryptography talk.