Search Articles — Sudonull

https://sudonull.com/o-1-vs-o-log-n-gap-cache-in-data-structures

Why hash table O(1) loses to binary search O(log n) by 40%? Analysis of cache misses, array/list benchmarks and memory hierarchy for RISC-V. Learn real performance.

https://sudonull.com/memory-os-reasoning-paradox-and-sgr-in-agent-memory

Analysis of Memory OS architecture: from flat RAG failure to memory graph on 106 million tokens. SGR, ConceptHypothesis, LongMemEval for developers. Study the lessons.

https://sudonull.com/memory-limit-in-lua-sandbox-on-c

How to implement memory control in Lua using a custom allocator in C++. Practical guide for developers.

https://sudonull.com/memory-leaks-in-js-closures-how-to-fix

Study the causes of memory leaks in JavaScript closures and ways to fix them: WeakMap, resetting references, removing handlers. Practical code examples for middle/senior developers.

https://sudonull.com/persistent-memory-ngt-memory-for-llm

NGT Memory: memory module for LLM with association graph, profile and 94% accuracy on tests. Docker, REST API, experiments. Deploy for chat-bots without external DBs.

https://ymaho.com/develop-memory-and-attention-in-adults-a-system-of-exercises

Step-by-step system for developing memory and attention in adults. Effective exercises, neurogymnastics, nutrition, and apps. Start training your brain today!

https://ymaho.com/microbiome-rejuvenation-restores-memory-nature-discovery

Learn how young microbiome transplantation reverses cognitive decline by blocking GPR84. A scientific breakthrough changing the view on brain aging. Read the analysis.

https://ymaho.com/ai-companions-explained-memory-web3-identity-basics

Discover how new AI companions use memory systems and blockchain for personalized experiences. What this means for your digital life — explained simply.

https://ymaho.com/how-to-improve-concentration-and-memory-5-steps

Learn 5 scientifically proven steps to improve memory and concentration. From the Dual N-Back method to diet: regain control of your attention today.

https://ymaho.com/vagus-stimulation-reversed-age-related-memory-loss

Stanford scientists found how vagus nerve stimulation via the gut-brain axis restores memory. Learn about the role of bacterium P. goldsteinii and the future of aging therapy.

https://ymaho.com/rise-of-kospi-and-nikkei-ai-and-memory-vs-geopolitics

Why KOSPI and Nikkei are rising despite the crisis in Hormuz. Analysis of the AI supercycle, memory revaluation, and the death of the 'Korean discount'. Find out who wins and who loses.

https://ymaho.com/micron-shares-volatility-and-ai-memory-prospects

Analysis of Micron Technology stock volatility (+223% over the year), reassessment of AI memory demand, and forecast for 30-90 days. Read details.

https://ymaho.com/hpe-surged-25-boom-in-ai-servers-and-memory-shortage

HPE Shares Rose 25% Due to Surging Demand for AI Servers and DRAM/NAND Shortage. Analysis of Growth Drivers, Beneficiaries, and Hidden Risks. Read Details.

https://ymaho.com/peptide-algernon-reversed-symptoms-of-down-syndrome

Stanford peptide ALGERNON restored memory in mice without altering the genome. Learn how brain inhibition tuning works. Read details.

https://ymaho.com/microbiota-transplantation-improved-cognitive-function-by-40-mechanism-and-prospects

Scientific study: transplantation of fecal microbiota from young donors restored memory in old mice by 40%. Mechanism via GPR84 and agmatine. Market analysis and prospects of FMT for longevity. Read more.

Memory Profiling Part 1. Introduction - Easyperf

https://easyperf.net/blog/2024/02/12/Memory-Profiling-Part1

Feb 12, 2024 · Learn how to collect and analyze memory usage and footprint of a program using various tools. Memory profiling helps you understand how a program interacts with memory over time and optimize its performance.

Analyze memory usage in the Performance Profiler - Visual ...

https://learn.microsoft.com/en-us/visualstudio/profiling/memory-usage-without-debugging2?view=visualstudio

Mar 9, 2026 · The Memory Usage tool monitors your app's memory use. You can use the tool to study the real-time memory effects of scenarios you're actively developing in Visual Studio. You can take detailed snapshots of the app's memory states, and compare snapshots to find the root causes of memory issues.

Memory profiling in Python using memory_profiler - GeeksforGeeks

https://www.geeksforgeeks.org/python/memory-profiling-in-python-using-memory_profiler/

Aug 18, 2025 · It helps track how much memory different parts of code are consuming. In this article, Python package memory- profiler will be used to analyze memory usage of functions step by step.

Performance Profiling — CPU, Memory, I/O, and Continuous ...

https://systeminternals.dev/observability/profiling/

Profiling is systematic measurement of a program's resource consumption — where does CPU time go? Where does memory get allocated? What does a cache miss cost? Unlike logging, which tells you what happened, profiling tells you where the bottleneck is. It is the foundation of data-driven performance optimization.

Capture a heap dump | Android Studio | Android Developers

https://developer.android.com/studio/profile/capture-heap-dump

Oct 27, 2026 · Capture a heap dump to see which objects in your app are using up memory at the time of the capture and identify memory leaks, or memory allocation behavior that leads to stutter, freezes, and even app crashes.

GitHub - bloomberg/memray: Memray is a memory profiler for ...

https://github.com/bloomberg/memray

Memray is a memory profiler for Python. It can track memory allocations in Python code, in native extension modules, and in the Python interpreter itself. It can generate several different types of reports to help you analyze the captured memory usage data.

Introduction to Memory Profiling in Python - DataCamp

https://www.datacamp.com/tutorial/memory-profiling-python

Jun 21, 2024 · Memory profiling is the technique of monitoring and evaluating a program's memory utilization while running. This method assists developers in finding memory leaks, optimizing memory utilization, and comprehending their programs' memory consumption patterns.