KMSAN is a dynamic error detector aimed at finding uses of uninitialized values. This implementation does not replace the current memory management scheme, it can be configured at compilation time.

The multi-generation LRU is an alternative LRU implementation that optimizes page reclaim and improves performance under memory pressure. However, this method does not always make the best decisions. The current memory management subsystem in Linux attempts to make the right decision by keeping LRU (Least Recently Used) lists of pages. This process decides the kernel’s caching policy and ability to overcommit memory. When programs try to use more memory than what it's available, the Linux kernel needs to take a decision about which parts of memory, and from which program(s), move to swap or evict from memory. Multi-generational LRU for better memory management This release includes some initial support for Rust, which will be improved in later releases.ġ.2. Rust aims to provide a modern system programming language with provable memory safety, without the use of a garbage collector, thus eliminating an entire class of bugs, which are the most common source of security vulnerabilities.

This release adds support for the Rust programming language. Initial support for the Rust programming language Voltage, current regulators, power capping, power supplyġ.1.Tablets, touch screens, keyboards, mouses.PSI improvements: per-cgroup PSI, IRQ/SoftIRQ PSI, optimizations.Allow a process to induce collapsing of memory into transparent hugepages.Maple trees, a more efficient tree data structure.BPF features: panic helper, PKCS#7 signature verification, memory allocator.Support for KCFI, a forward-edge control-flow integrity scheme.Multi-generational LRU for better memory management.Initial support for the Rust programming language.

Ti connect 1.6.1 framework