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Dictionaries in ClickHouse: fast lookup without JOIN

https://sudonull.com/dictionaries-in-clickhouse-fast-lookup-without-join

How to use ClickHouse dictionaries to replace JOIN with microsecond in-memory lookup. Types: flat/hashed/range, data sources, dictGet, and examples for gambling.

HyperLogLog and Count-Min Sketch in Go for Big Data

https://sudonull.com/hyperloglog-and-count-min-sketch-in-go-for-big-data

Implementation of HyperLogLog and Count-Min Sketch in Go: code, benchmarks, comparison. Estimating uniqueness and frequencies with minimal memory for data streams. For middle/senior devs.

O(1) vs O(log n) Gap: Cache in Data Structures

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.

Nano-diodes: sensor, memory, and processing in one element

https://sudonull.com/nano-diodes-sensor-memory-and-processing-in-one-element

Scientists created a p-n diode the size of a nanowire, combining photodetection, data storage, and processing. Learn how this will change electronics for IoT and wearable devices. Read the analysis of implications.

Caffeine and CA2: memory restoration during sleep deprivation

https://sudonull.com/caffeine-and-ca2-memory-restoration-during-sleep-deprivation

Learn how caffeine through adenosine receptors in CA2 of the hippocampus eliminates the deficit of social memory from 5 hours without sleep. Scientific data, LTP mechanisms. For neurobiologists and developers.

From other projects

Peptide ALGERNON reversed symptoms of Down syndrome

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.

HPE Surged 25%: Boom in AI Servers and Memory Shortage

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.

Rise of KOSPI and Nikkei: AI and Memory vs. Geopolitics

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.

In-demand professions after 40 for women with training

https://ymaho.com/in-demand-professions-after-40-for-women-with-training

TOP-6 professions for women after 40 with fast training and income from $800. Start your career in 3-9 months. Read the step-by-step entry plan!

In vivo gene editing: phase 3 of HAE therapy successful

https://ymaho.com/in-vivo-gene-editing-phase-3-of-hae-therapy-successful

First ever successful phase 3 in vivo gene editing: lonvo-z therapy reduces HAE attacks by 87%. Learn about the breakthrough and discontinuation of prophylaxis.

190 thousand illegal miners in Russia: what to do?

https://ymaho.com/190-thousand-illegal-miners-in-russia-what-to-do

In Russia, there are almost 200 thousand illegal miners. Find out how the authorities plan to legalize the industry and why this is important for everyone.

From the web

In-Memory Data Grid - Apache Ignite

https://ignite.apache.org/use-cases/in-memory-data-grid.html

Apache Ignite is an in-memory data grid that accelerates and scales out databases, services, and APIs. Learn how to use SQL, key-value, ACID transactions, high-performance computing, streaming, and messaging APIs with Ignite.

Best In-Memory Data Grids Reviews 2026 | Gartner Peer Insights

https://www.gartner.com/reviews/market/in-memory-data-grids

Find the top In-Memory Data Grids Software with Gartner. Compare and filter by verified product reviews and choose the software that’s right for your organization.

In-Memory Data Grid: A Complete Overview | Hazelcast

https://hazelcast.com/foundations/data-and-middleware-technologies/in-memory-data-grid/

An in-memory data grid (IMDG) is a set of networked computers that pool together their RAM to share data amongst applications running in the cluster.

In-Memory Data Grid | Oracle

https://www.oracle.com/java/coherence/

In-memory data grid enables application developers and managers fast access to key-value data . Coherence ensures maximum scalability and performance by providing clustered low-latency data storage, polyglot grid computing, and asynchronous event streaming.

Understanding In-Memory Data Grids (IMDG): Pros ... - Medium

https://medium.com/@ajayverma23/understanding-in-memory-data-grids-imdg-pros-cons-and-limitations-d8c810d1ffc1

Apr 26, 2024 · An In-Memory Data Grid is a distributed computing technology that enables the storage and processing of data in the random-access memory (RAM) of multiple interconnected servers.

XAP - In-Memory Data Grid

https://xap.github.io/

Discover the potential of in-memory computing by leveraging space-based architecture patterns, event-processing, map/reduce with zero limitations.

In-Memory Data Grid (IMDG) | GridGain

https://www.gridgain.com/resources/glossary/in-memory-computing-platform/data-grid

An in-memory data grid (IMDG) is a distributed cache that integrates with your database and enables low latency and high throughput computing. Learn how IMDGs work, why they are useful, and how to use Apache Ignite and GridGain for in-memory data grid solutions.

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