In process of organization of measuring system, we often solve the problem of error allocation exactly at the premise of total system error was given.
在组建测量系统的过程中，经常需要解决在系统总误差给定的前提下，正确进行误差分配的问题。
But if a synchronous GC occurs because of the second case — an out-of-memory error — this means the GC was unable to keep up with the application allocation.
但是如果因为第二种情况发生同步gc——内存不足错误——则意味着GC不能跟上应用程序分配。
If the allocation of parts of either memory or disk space have been exhausted before a calculation process is complete, your user will get an error message that memory or disk space has run out.
如果在计算处理完成之前，内存或磁盘空间的块分配已经耗尽，用户就会看到内存或磁盘空间用完的错误消息。
This is usually a good thing, since dealing with memory allocation when building a high-level program is a highly error-prone process.
一般而言这是件好事，因为写高级程序时处理内存一个很容易出错的过程。
存储分配错误。
For accuracy allocation, it is necessary to analyze its error sources and the transfer relations.
为了精度分配的需要，有必要对误差源及其传递做详尽的分析。
It's also observed that, when the channel information is not sufficiently reliable, extending the channel allocation unit can, to some extent, lessen the impact of channel information error.
同时，信道分配单元也不是越小越好，适当提高分配单元的大小可以在一定程度上减轻信道信息误差的影响。
Power allocation is adopted in the scheme to achieve better bit error rate (BER) performance and higher power efficiency.
最后引入功率配置来进一步改善系统误码率性能和提高功率效率。
Based on unequal error protection with jointing JPEG2000 source and FEC channel coding, a novel optimal rate allocation technology is proposed.
为了提高传输质量，结合JPEG2000信源和FEC信道编码的统计特性，提出了一种基于非均匀错误保护的最优码率分配技术。
An optimal subband rate allocation algorithm in mean-squared error (MSE) minimization sense was proposed, which achieves persistent optimal rate-distortion performance under any given rate constrains.
提出均方误差最小意义上的最佳三维子带码率分配算法，该算法在任意给定码率限制条件下都能获得最优率失真性能。
In this paper, dynamical LMS algorithm and global optimization algorithm, with a view to gradient of error probability, are proposed based on analysis of sub-carries allocation space for OFDM system.
通过对OFDM的子信道比特分配空间进行分析，本文提出着眼于误比特概率梯度的动态lms算法和全局优化算法。
Finally, the adaptive resource allocation problem for the MIMO systems in the presence of channel estimation error is analyzed.
最后，对存在信道估计误差时MIMO系统中的自适应资源分配问题进行了研究。
内存定位错误? ?。
This error can be caused by dirty media, CD-ROM read issues, or problems with memory allocation.
这个错误可能是由媒体污损、CD - ROM读取问题或是记忆体配置的问题所造成。
And combined with the near optimal power allocation, the proposed scheme further reduced the symbol error probability.
并结合次优功率分配，进一步降低系统的误码率。
Otherwise, it should be checked from one known point to another with proportional anti-symbol allocation between closing error and the length of side.
否则，应从一已知点出发测至另一已知点以资校核，此时其闭合差应与导线边长成正比反符号进行分配。
Otherwise, it should be checked from one known point to another with proportional anti-symbol allocation between closing error and the length of side.
否则，应从一已知点出发测至另一已知点以资校核，此时其闭合差应与导线边长成正比反符号进行分配。
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