数据库堆大小(DBHEAP)。
The min heap size is 256 m (-xms256m).
heap最小为256m (—Xms256M)。
The max heap size is 1024 M (–Xmx1024M)
heap 最大为 1024M (–Xmx1024M)
jvm堆大小。
2b. Increasing the WebSphere test environment heap size.
增加WebSphere测试环境堆大小。
query_heap_sz -- Query heap size configuration parameter
query_heap_sz ——查询堆大小配置参数
Windows has a limit of 50mb due to the smaller heap size.
由于堆大小比较小，Windows具有50MB的上限。
Increase bridge (server) interface maximum heap size to 1024.
将桥接(服务器)接口的最大堆大小增至1024。
The sort heap size is used by the optimizer in determining access paths.
优化器用排序堆大小来确定存取路径。
Aslheapsz — Application support layer heap size configuration parameter.
aslheapsz——应用程序支持层堆大小配置参数。
Set this new String value to the JVM maximum heap size required in bytes.
将这个新的string值设置为所需的最大jvm堆大小(以字节为单位)。
Set the contents of this file to the JVM maximum heap size required in bytes.
将此文件的内容设置为所需的最大 JVM堆大小（以字节为单位）。
So never set the values of process heap size and JVM maximum heap size to be same.
因此，绝不要将进程堆大小值和JVM最大堆大小值设置为相同的数字。
Figure 1 shows a graph of the application heap size after GC for MapLeaker over time.
图1显示MapLeakerGC之后应用程序堆大小随着时间的变化图。
Figure 8 illustrates a typical trade-off between heap size and application utilization.
图8演示了一种典型的堆大小和应用程序利用率之间的平衡。
Table 2 lists the default memory model configuration for different ranges of heap size.
表2列出了不同堆大小范围的默认内存模型配置。
A good general rule is to set the initial heap size to 25 percent of the maximum heap size.
一条通用规则是将初始堆大小设为最大堆大小的25%。
Unfortunately, sometimes the number that the OS reports is much larger than the heap size.
不幸的是，有时操作系统所报告的数目会远远大于堆大小。
Fixing the heap size won't usually deliver such dramatic improvements for longer-running programs.
固定堆大小通常不会对长时间运行的程序有明显的改善。
By looking at the graph of heap size after GC, you can see the trend of your program's memory usage.
观察gc之后堆大小的图，可以看到程序内存使用的趋势。
Be sure that the JVM maximum heap size specified is less than the total physical memory of the machine.
一定要保证规定的JVM最大堆长度小于机器的物理内存。
Start the minimum heap size of 512 MB and maximum heap size of 1024 MB for an MDM application server instance.
从MDM应用程序服务器实例的最小堆大小512MB和最大堆大小1024 MB开始。
Applications with consistent heap requirements might see GC pause time improvements by using a fixed heap size.
堆需求不变的应用程序可以通过使用固定堆大小改进GC暂停时间。
The JVM heap size Settings are adjusted from a minimum to a maximum set of values until the optimal Settings are found.
您可以使用一组从最小到最大的值来调整J vm堆大小设置直到找到最佳设置。
Fixing the heap size is an easy performance optimization if the memory requirements of the application are well understood.
如果正确理解了应用程序的内存要求，则固定堆大小便是一个简单的性能优化问题。
Adjust the heap size parameters that control the minimum and maximum heap size so that the Java heap runs around 50% utilized.
应对控制堆大小的最小值和最大值的堆大小参数进行调整，使堆的利用率保持在50%左右。
WebSphere Application Server's default heap Settings are 50 MB for the initial heap size and 256 MB for the maximum heap size.
WebSphereApplicationServer的默认堆设置如下：初始堆大小为50MB，最大堆大小为256 MB。
The default heap sizes in WebSphere Application Server are 50 MB for the initial heap size and 256 MB for the maximum heap size.
WebSphere应用服务器中的默认堆大小是初始堆大小50MB，最大堆大小256 MB。
So, by increasing the heap size the interval between GC pauses will increase, which will give the application more time to execute.
因此，通过增加堆大小，可以增加GC暂停之间的间隔，从而为应用程序提供更多的执行时间。
Increasing the JVM heap size permits more objects to be created before an allocation failure occurs and triggers a garbage collection.
通过增加jvm堆大小，可以在出现分配故障并触发垃圾收集之前创建更多对象。
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