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1·Analysis results are shown from two different memory leak cases observed in IBM Support involving infinite loops are discussed in sections titled case study 3 and case study 4.

在标题为案例研究3和案例研究4的部分中，讨论了对IBM支持中涉及无限循环的两种不同内存泄漏情况的分析结果。

2·The release also includes a number of performance optimizations for loops, floating point operations, and memory allocation which have improved SciMark2 and SPEC JVM98 benchmarks by a factor of 1.7.

这个发布还包含许多针对循环、浮点运算和内存分配的性能优化，这使得SciMark2和SPEC JVM 98的Benchmark提高了1.7倍。

3·The former is very effective for application programs with aggregate short loops, and the latter is mainly applied to data memory with data functionally grouped.

前者对于应用程序中短循环密集的情况特别有效，后者则主要应用于按功能宽幅分层的数据存储器上。

4·In the latter case the implied feedback loops will be contained within the memory elements themselves.

在后一种情况下，隐含的反馈回路包含在记忆元件的内部。

5·Two new methods for partitioning and mapping nested loops with non-constant dependencies into distributed memory multiprocessors are presented.

给出了将具有变相关的嵌套循环映射到具有分布式存储的多处理机上的两种方法。

6·The fasteners may be staples, metal loops, coils, springs or hooks formed of biocompatible materials, including shape memory alloys such as NiTi.

紧固件可以是由生物适应性材料，包括 诸如形状记忆合金形成的缝合钉、金属圈、线圈、弹簧或钩子。