What is HP's memory-driven computing?

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In summary, HP has introduced a new computing technology called memory-driven computing, which aims to reduce the time required for programs to run by increasing the amount of memory used. This means that programs can be designed to use more memory in order to run faster. However, this method is not guaranteed to work for all types of programs and there is a theorem in computational complexity theory that discusses this concept. There is also speculation about the potential use of Linux as on-chip firmware with optical fiber buses.
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ShayanJ
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I just read about HP's new computing technology, memory-driven computing. But I can't figure out the idea behind it. Can anyone explain about it?

Thanks

https://www.hpe.com/us/en/newsroom/news-archive/press-release/2016/11/1287610-hewlett-packard-enterprise-demonstrates-worlds-first-memory-driven-computing-architecture.html

http://www.preposterousuniverse.com/blog/2016/12/20/memory-driven-computing-and-the-machine/
 
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If it is what I think it is, then the idea is that what you lose in memory resource you gain it in the time resource. So in simple words if a program is made to run using 1GB of memory and takes 1hour to complete, you can make a different program that will compute the same thing but using say 4GB of memory but this second program will take only 0.5hour to complete. The constants are not directly proportional, it depends on the program and what it computes, you might need 10x or even 100x the memory to drop the time required by a factor of 2 (half the time). And of course it is not guaranteed that this method works for all sorts of programs. There is a theorem in computational complexity theory about this but right now I can't remember the name of it or its exact formulation.
 
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linux as on-chip firmware with optical fiber buses?
 

Related to What is HP's memory-driven computing?

1. What is memory-driven computing?

Memory-driven computing is a new computing architecture developed by HP that is designed to process large amounts of data more efficiently. It is based on the concept of using a large pool of memory, rather than traditional storage devices, to store and process data.

2. How does memory-driven computing differ from traditional computing?

In traditional computing, data is stored in separate memory and storage devices, which can lead to data transfer bottlenecks. Memory-driven computing, on the other hand, uses a single pool of memory, which allows for faster processing and analysis of large data sets.

3. What are the benefits of memory-driven computing?

Memory-driven computing offers several benefits, including faster data processing, reduced energy consumption, and improved performance for data-intensive applications. It also enables real-time analysis of large data sets, which can lead to faster insights and decision-making.

4. How does HP's memory-driven computing work?

HP's memory-driven computing involves a new type of computer architecture that combines memory, storage, and processing power into a single pool. This allows data to be accessed and processed more quickly, without the need for data transfer between devices. It also uses specialized software to optimize data processing and analysis.

5. What industries can benefit from memory-driven computing?

Memory-driven computing has applications in a wide range of industries, including finance, healthcare, manufacturing, and transportation. Any industry that deals with large amounts of data can benefit from the faster processing and analysis capabilities of memory-driven computing.

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