Sentence examples for memory operations and from inspiring English sources

Lastly, limitations in the size of quickly accessible device memory calls for compact data representation, which again costs memory operations, and therefore time.

In contrast to a simple threaded serial system, in which processing consists of consecutive--and therefore mutually exclusive--read and write memory accesses, a parallel environment requires additional buffering steps to properly handle simultaneous memory operations, and additional memory space to feed the processors.

These additions include a 16-entry, 160-bit vector register file, a vector DSP ALU with 20-bit precision per vector, eight 18 x 18-bit multiplier/accumulator (MAC) units, special-purpose function units for bit packing and unpacking and Viterbi decoding, a second load/store unit required for XY memory operations, and 32-bit input- and output-queue interfaces for high-speed I/O.

In addition, this result illustrates the strength of GPU-based calculations; GPUs are good at handling organized (coalesced) memory operations (which is hard to achieve in MC applications), but perform poorly with random memory operations and atomic memory operations.

This implies that, to the extent that strategic memory operations and episodic encoding and retrieval are associated with DLPFC activation (Bor et al., 2003; Ranganath et al., 2003; Murray & Ranganath, 2007), these capacities are not required for efficient learning of new scene problems.

This electroforming-free characteristic is attractive for ReRAM since it would simplify the memory operation and enable higher density memory devices [41].

A number of operations have been highlighted in Algorithm 1: memory operations, control operations and operations that produce addresses at the outputs of the iVAG.

In this chapter, we show how to correctly use key Heterogeneous System Architecture (HSA) memory features, including atomic memory operations, memory segments, and memory scopes.

In addition, to keep up with packets arriving at high data rates over multiple incoming media interfaces, an NP must perform fast I/O and memory operations such as packet storage, table lookup, and extraction of fields in packet headers.

The contents of BLAS are structured into three separate levels BLAS-1, Blevels BLAS-1S-3—according to the number of flops and memory operations (memops) carried out by the kernels.

All data processing instructions take place between registers and all memory operations are restricted to memory-to-register load operations and register-to-memory store operations.