memory accesses to

USAGE SUMMARY

The phrase "memory accesses to" is correct and usable in written English.
It can be used in contexts related to computer science, programming, or data management when discussing how data is retrieved or manipulated in memory. Example: "The performance of the application can be significantly improved by optimizing memory accesses to the database."

✓ Grammatically correct

Science

Academia

Human-verified examples from authoritative sources

Exact Expressions

15 human-written examples

This architectural feature supports higher memory bandwidth by allowing multiple data memory accesses to be executed in parallel.

Journal of Parallel and Distributed Computing

If foo is mapped into memory starting at address 0x5000, then any memory accesses to locations 0x5000...0x5fff will access the corresponding bytes of foo.

Stanford University

The privilege levels (privileged level and user level) provide a mechanism for safeguarding memory accesses to critical regions as well as providing a basic security model.

The Definitive Guide to the ARM Cortex-M3

Since we operate on and finish transposing each submatrix one at a time, we consolidate our memory accesses to that smaller chunk of memory when transposing that particular submatrix, which increases the degree of temporal (and spatial) locality that we exhibit, which makes our cache performance better, which makes our program run faster.

University of California, Berkeley

The memory, for instance, can be the most greedy and critical part; the model requires multiple memory accesses to be done simultaneously.

EURASIP Journal on Embedded Systems

Of course the intensity of memory accesses to them is not uniform but, nevertheless, they are read more often than the other A-elements.

EURASIP Journal on Embedded Systems

Human-verified similar examples from authoritative sources

Similar Expressions

45 human-written examples

We spawn a thread that uses direct memory access to send a message via a USB cable.

Cornell University

OpenMP targets shared-memory architectures and is limited in scalability to hardware system architectures providing near uniform memory access to shared memory.

High Performance Computing Modern Systems and Practices

These platforms have complex memory hierarchies that include local core-based cache, local socket-based memory, access to memory on the same mainboard from another socket, and then memory across network links to different nodes.

Journal of Computational Physics

Retrieving large amounts of information over wide area networks, including the Internet, is problematic due to issues arising from latency of response, lack of direct memory access to data serving resources, and fault tolerance.

Journal of Parallel and Distributed Computing

A GPU was implemeted in AVR assembly to use DMA (Direct Memory Access) to access the common RAM for 40x40 16 color NTSC display, as occurred in the original Apple II.

Cornell University

Expert writing Tips

Best practice

When optimizing code, profile your application to identify hotspots where reducing the number of "memory accesses to" specific data structures can significantly improve performance.

Common error

Don't assume that simply reducing "memory accesses to" data will always result in faster execution. Sometimes, additional computation or data transformation can be more efficient than repeatedly fetching the same data from memory.

Linguistic Context

The phrase "memory accesses to" functions as a noun phrase acting as a prepositional complement. It describes the act of reading or writing data in a computer's memory, and is often modified by adjectives or adverbs to specify the type or characteristics of the memory accesses. As confirmed by Ludwig AI, the phrase is correct and usable in English.

Expression frequency: Common

Frequent in

Science

70%

Academia

30%

News & Media

0%

Less common in

Formal & Business

0%

Encyclopedias

0%

Wiki

0%

Ludwig's WRAP-UP

In summary, "memory accesses to" is a grammatically sound and commonly used phrase in technical contexts, particularly within computer science and related fields. It functions as a noun phrase describing the process of accessing data in memory, and is crucial in discussing performance, optimization, and architectural aspects. Ludwig AI confirms its correct usage, and the examples highlight its prevalence in scientific and academic writing. When aiming for clarity and impact, focusing on strategies to minimize or optimize "memory accesses to" specific data structures can be extremely helpful.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

memory reads and writes

This alternative focuses specifically on the read and write operations involved in memory access, highlighting the type of interaction with memory.

memory read/write operations

Similar to "memory reads and writes", this focuses on the fundamental operations but uses a more compact form.

accessing memory locations

This alternative emphasizes the specific locations in memory that are being accessed, rather than the general action of accessing.

memory fetch operations

This alternative highlights the operation of retrieving data from memory, particularly relevant in the context of instruction fetching.

memory address resolution

This alternative focuses on the process of determining the correct memory address for accessing data.

data retrieval from memory

This alternative stresses the act of retrieving data, adding emphasis on the data being the primary object of the access.

memory manipulation routines

This refers to the software or hardware processes that interact with the stored memory.

direct memory addressing

This indicates a technique where memory locations are addressed directly without intermediate steps.

memory access patterns

This highlights the manner in which memory is accessed, focusing on the sequence and locality of accesses.

interactions with memory storage

Refers to all kinds of read and write operations within a memory location.

FAQs

How can I improve the efficiency of "memory accesses to" an array?

Optimize your code to ensure data locality. Access elements sequentially to take advantage of caching, which reduces the need for frequent trips to main memory. Also, consider using techniques like loop tiling or blocking to further enhance cache utilization.

What factors affect the latency of "memory accesses to" external memory?

Several factors contribute, including the memory bus speed, the type of memory (e.g., DDR4 vs. DDR5), and the physical distance between the processor and the memory modules. Memory controllers and interconnect technologies also play a significant role in reducing latency.

When is it beneficial to use direct "memory access" (DMA)?

DMA is particularly useful when transferring large blocks of data between peripherals and memory without involving the CPU. This frees up the CPU to perform other tasks, improving overall system performance. It's commonly used in applications like video processing and high-speed data acquisition.

What are common strategies for minimizing global "memory accesses" in GPU programming?

Employ techniques like coalesced memory accesses, where threads access consecutive memory locations simultaneously. Use shared memory within thread blocks to reduce the number of accesses to slower global memory. Also, consider data padding and alignment to optimize memory transactions.