floating-point operation

英 [ˈfləʊtɪŋ pɔɪnt ˌɒpəˈreɪʃn]

美 [ˈfloʊtɪŋ pɔɪnt ˌɑːpəˈreɪʃn]

浮点运算

英英释义

noun

• an arithmetic operation performed on floating-point numbers
  1. this computer can perform a million flops per second
  Synonym:flop

双语例句

• A special algorithm is put forward to calculate in program, it solves the problem about low precision of fixed-point operation and high computation cost and long computation time of floating-point operation.
  提出了一种特定算法用于程序中的计算，有效地解决了定点运算精度低和浮点运算计算量大、计算时间长的问题。
• Logical Design of Hypersurface Neuron for Single-Cycle Floating-Point Arithmetic Operation
  单节拍浮点运算神经元的组合逻辑设计
• Round toward negative infinity means round the result of a floating-point operation to the representable value nearest to and no greater than the result.
  四舍五入到负无限意思是调整浮点运算的结果成最接近结果并且不大于结果的最接近值。
• Rounding error study of calculator floating-point numbers arithmetic operation
  计算机浮点数算术运算的舍入误差研究
• The design of the whole system, taking full advantage of FPGA parallel pipeline operation and DSP high precision floating-point operation, possesses the characters of high effectiveness, high stability, low consumption and expansiveness.
  整个系统设计充分利用FPGA并行流水线操作的优点和DSP高精度浮点操作的优势，具备了高实时性、高稳定性、低功耗及易扩展等特点。
• A floating-point operation at the RPC server caused a division by zero.
  RPC服务器上的浮点操作导至以零做除数。
• A logical design method of hypersurface neuron for single-cycle floating-point arithmetic operation is presented.
  介绍了通用神经计算机CASSANDRA-中单节拍浮点运算神经元的硬件设计方法。
• To analyze the rounding error of calculator floating-point numbers arithmetic operation is the foundation of numerical calculation method's error analysis.
  对计算机浮点数算术运算的舍入误差进行分析，是对数值计算方法作误差分析的基础。
• After the simulation, DSP implementation was implemented according to the fixed-point algorithm, and the results of the DSP operation was examined, then comparison between MATLAB floating-point simulation results and the DSP operation results are performed.
  在完成仿真以后，根据定点算法进行DSP实现，测试DSP运行的结果，并于与MATLAB浮点仿真的结果进行比对。
• The results show that the gradient adaptive FIR algorithm based on the FPGA by using floating-point is reasonable and feasible. Its operation precision can reach 10-6. The design requirement is satisfied, and the each expected target of the paper has been reached preferably.
  结果证明在FPGA硬件平台上实现基于浮点数值的自适应FIR滤波器是合理可行的，计算精度可以达到10-6，满足设计要求，较好地实现了预期的目标。