记录存储在与平台相关的位置(比如非易失性设备存储器)创建，这些位置不直接公开给MIDlet。
A record store is created in platform-dependent locations, like nonvolatile device memory, which are not directly exposed to the MIDlets.
为此，发送方需要把消息记录在一个可靠的存储器里，直到确定消息已经发出。
For this reason, senders need to record the message in a reliable store until it is definitely delivered.
如果完整存储器可用，它们将把那些记录发布到订阅了已更改对象的局部存储器。
If the full repositories are available, they will publish the records to partial repositories that are subscribed to the changed objects.
故障存储器允许用户和计算机记录的问题，通过使用的，观察趋势可能表明需要修改的过程中，故障排除或预防性维修。
Fault memory allows the user to record problems and, through the use of a computer, observe trends that could indicate a need for process modification, troubleshooting or preventive maintenance.
日志缓冲区将容纳存储器中的日志记录，直到它们被写回硬盘驱动器。
The log buffer holds log records in storage until they are written to hard disk drive. Log records are written to the hard disk drive when one of the following occurs.
数据通常可记录到内置存储器或记忆卡中，以便日后传输到计算机。
The data can normally be recorded in internal memory or to a memory card for later transfer to a computer.
它也能够用快闪存储器构成的虚拟EEPROM记录开关电源的故障信息。
It also can record the failure information of SMPS in the virtual EEPROM using flash memory.
当查出有移动的物体，图象就会被记录在硬盘驱动器上。外存储器是否可连接也是取决于容量。
The image is recorded on HDD when it detects moving objects. External storage is also connectable depend on the capacity.
在有些情况下，需要记录的语音数据量很大，需要存储器的容量也就很大，这样就增加了系统硬件成本。
Furthermore, under some conditions, the recorded data is too large that we need high capacity of memory storage, thus the cost of the hardware in the system increases.
但是命令不是事件，他们不属于事件存储器。可以简单地将命令记录看作是命令处理器周边被封装的额外的方面。
But commands are not events, and they don't belong in the event store. Simply consider logging of the commands as an additional aspect to be wrapped around your command handlers.
本发明提供了把含有存储器(4)的磁带盒(1)用作记录媒体的系统。
A system using a tape cassette (1) with a memory (4) as a recording medium is provided.
因此，可以同时有效地再现记录介质的数据和本地存储器的数据，从而为用户提供更多的方便。
Therefore, data of the recording medium and data of the local storage can be effectively reproduced at the same time, resulting in greater convenience of a user.
或者作为EEG数据记录器单独使用，此时数据被实时地存储在自身的固态存储器内，供离线时被电脑读取。
It can also be used as a standalone EEG recorder, whose data is stored in Flash Memory in real time and read out off line by a home PC.
并把事件数据记录在存储器中，方便日后纠纷核对。
Moreover, the data of the event is recorded in the memory so as to facilitate the dispute check in the future.
揭示了利用本地存储器从记录介质中再现出数据的方法和装置。
A method and apparatus for reproducing data from a recording medium using a local storage is disclosed.
该系统包括：内容分类单元，根据预定的准则分类该存储器装置的记录内容；
The system comprises: a content classification unit classifying the record contents of the memory in accordance with a predetermined rule;
每个记录参考一个相关数据的可变长度存储器，一个64位key。而一个创建和删除处理ID根据这个key被索引。
Each record references a variable-length store of related data, a 64 bit key, and a creation and deletion transaction id which is indexed along with the key.
采用了两种存储器对数据分类记录，对数据记录内容和芯片存储地址空间进行了合理分配。
It use two types of memory to record the data so the design distribute the storage address space and choose the recording content.
固件：永久记录程序，例如，只读存储器。
本文介绍了采用快闪随机存储器的高精度、容量生理信号记录仪的设计方法与电路结构。
It is an introduction to the design method and the circuit structure of a high precision and large volume physiological signal recorder with super flash RAM.
记录的数据和场地条件，可贮藏到存储器中。
Logged data and site conditions can be storaged into internal memory.
控制过程中所需的一些配置信息可通过SPI接口从外部FLASH存储器读取，所需记录的数据也可写入该存储器中。
It is available reading some configuration information required by control process from external FLASH memory through SPI interface and writing data records in the memory.
控制过程中所需的一些配置信息可通过SPI接口从外部FLASH存储器读取，所需记录的数据也可写入该存储器中。
It is available reading some configuration information required by control process from external FLASH memory through SPI interface and writing data records in the memory.
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