A post published on April 19, 2026 describes Hierarchical Cognitive Caching, with short-, medium-, and long-term memory for research across experiments and sessions. The team reports a 56.44% medal rate on MLE-Bench after a 24-hour run.
An article published on April 19, 2026 presents Mixture-of-Depths Attention (MoDA), a mechanism that lets attention heads access key-value pairs from the current layer and depth key-value pairs from earlier layers.
Published on April 19, 2026, the article presents a construction in which transformers with specific weights, placed in a loop, can emulate basic computation blocks using a constant number of encoder layers.
Published on April 11, 2026, the material lists ten C projects in increasing order of difficulty to explore systems programming and computing fundamentals.
An article presents implementing floating-point arithmetic from scratch as a challenging project and offers engineers a practical view of its mechanics.
Published on April 7, 2026, this material introduces design patterns for low-latency C++ applications, including HFT, and mentions performance optimizations associated with advanced compiler and operating-system courses.
A CppCon 2024 talk by David Gross discusses ultrafast trading systems in C++. Its central point: early design and architecture decisions play an important role in achieving low latency.
Published on April 6, 2026, the paper presents SHINE, a hypernetwork that maps varied contexts to LoRA adapters for LLMs. Its design reuses frozen base-model parameters and includes pretraining and instruction fine-tuning stages.
Published on April 6, 2026, the material covers data, expert, tensor, pipeline, and context parallelism in GPU clusters, with findings from 4,000 scaling experiments using up to 512 GPUs.
A 2012 article, available as a PDF on the University of Utah website, covers integer overflow in C and C++, a relevant topic when writing and reviewing code in these languages.