内存数据库

内存数据库分区方法是将数据库逻辑对象存储在内存中的组织管理方法。

The partitioning technology of MMDB is to organize and manage logical database objects .

内存数据库中空闲页面管理的方法研究

Research of free page management way in MMDB

内存数据库系统（MainMemoryDatabaseSystem）是实时系统和数据库系统的有机结合。

Main Memory Database System ( MMDBS ) is the hybrid of Real-Time System and Database System .

基于WINDOWSCE系统的内存数据库系统分析与设计

Analysis and Design of Main Memory Database System in Windows CE

对RADIUS协议、分布式计算技术CORBA、实时内存数据库等技术进行了研究。

I study the technology about RADIUS , corba and Memory Databases .

基于内存数据库的OLAP并行查询处理技术研究

Research on Parallel OLAP Query Processing Technique based on Main-memory Database

HT树：缓存敏感的内存数据库索引

Hash & Tree Tree : Cache Conscious Index of Memory Database

许多Java应用程序都可以受益于内存数据库的使用，比如solidDB。

Many Java applications can benefit from the use of an in-memory database like solidDB .

IBMsolidDB是一个关系内存数据库。

IBM solidDB is a relational in-memory database .

主动型内存数据库在DTS中的应用研究

Study on active memory database in DTS

在移动通信系统中，为了满足HLR系统移动应用部分（MAP）对事务处理的实时需求，需要采用内存数据库供协议处理。

In mobile communication system main memory databse is needed for fulfilling the processing ability of real-time transactions in mobile application part .

针对以上特点，本文提出一种分布式数据管理的体系结构&分布式内存数据库系统（DistributedMemoryDatabaseSystem，以下简称DMDS），利用网络技术来解决这个问题。

Above all , this paper make a kind of architecture & distributed memory database system ( hereafter refers to as DMDS ) to solve this problem by using the network technology .

SAPAG让其HANA内存数据库可以对SAP商业软件内包含的数据进行预测性分析。

The company made available its HANA in-memory database to run predictive analytics against data housed in SAP 's business software .

IBMsolidDB是一个内存数据库，它的速度最高可达常规数据库的10倍。

IBM solidDB is an in-memory database that can perform at speeds of up to10 times faster than a conventional database .

代码是使用称为HSQLDB的内存数据库测试的，这种产品包含一个简单的GUI工具。

The code was tested using an in-memory database called HSQLDB , and this product includes a simple GUI tool .

这使得内存数据库（MMDB）变得更加实用。

This makes main memory database ( MMDB ) becoming more practical .

在介绍了内存数据库的组织形式之后，本文重点分析了索引HASH算法以及数据完整性和一致性保护。

After introducing the organization form of the memory database , it focuses on the HASH arithmetic of index and protection of integrity and consistence of the data .

论文研究实时内存数据库应用模型，通过提高数据访问效率、以及CPU和内存利用率，以解决上述两大问题。

A real-time system with greater efficiency of data access and high usage of CPU and memory adopting the technology of Main Memory Database is chosen to solve these two issues .

ARTs-EDB是以内存数据库作为底层支持。

ARTs-EDB takes memory database as its underlying support .

HLR数据的内外一致性问题。HLR数据访问操作要求很高的实时性，所以HLR系统多采用内存数据库的方式，将用户数据全部装载在内存中。

Therefore , memory database is widely adopted in HLR system . All the users ' data is loaded in memory .

基于JMS消息队列实现接口机与业务机的分离，运用消息驱动Bean实现相互通信。运用内存数据库技术保证了了鉴权模块与转发的高效、稳定。

Message queue based on JMS implement separation of interface machine and business machine , realize communication by message drive bean . The used of memory database insure efficiency and stability of authentication and distribute .

内存数据库（mainmemorydatabase，简称MMDB）系统则打破了传统的基于磁盘的关系数据库系统技术的瓶颈界限，使得系统性能和可靠性得到极大提高。

Main memory database ( MMDB ) breaks the bottleneck of traditional relation database based on disk , making the system performance and reliability enhanced greatly . This thesis analyses the business and problems of telecom operating supporting systems in detail .

MSCSERVER的数据主要分为两大部分，一部分是存放在内存数据库中的数据，一般存储一些设备的属性和其他的一些公共数据，变化频率相对不是很高；

The data of MSC Server are divided into two parts : one for depositing the data of data base , generally the properties of some equipments and some other public data whose changing frequency are not so high ;

结果表明在内存数据库中，T-tail树具备非常好的性能。

These results indicate that T-tail tree provides good overall performance in main memory .

在具体的实现中，又引入了自主开发的消息中间件（MOM）和内存数据库（MMDB），将APServer、AccessServer分成不同的进程，具有良好的伸缩性和高性能。

To implement the trade platform , we developed our Message Oriented Middleware ( MOM ) and Main Memory Database ( MMDB ) with good scalability and high performance to divide the AP Server , Access Server into different processes .

关于JPA的最佳实践，他希望开发者能考虑使用内存数据库（如HSQLDB）而不要再用mockDAO实现。

Regarding the JPA best practices , he asked the developers to consider the techniques like using an in-memory database ( like HSQL DB ) to eliminate mock DAO implementations .

讨论内存数据库管理系统ARTs－MMDBS的恢复机制，包括CHECKPOINT算法、重装算法和事务的提交处理算法。

His paper presents the recovery mechanism of a main memory database system , the ARTs-I , including the checkpoint algorithm , the reloading algorithm , and the committing algorithm of a transaction .

针对所构建的实时内存数据库，提出了使用匿名管道方法进行计算进程与实时内存数据库进程间的通信（IPC），同时，对比了共享内存和套接字方法，给出了部分程序代码及对比试验数据。

Anonymous pipes are adopted in IPC between calculation process and real-time memory database process , and the shared memory method and the socket method are compared . Partial codes and test data are provided .

基于一种广泛接受的内存数据库系统基本概念及内存数据库中的SB树索引结构，提出了更方便关系代数操作的SB树。

Based on a concept of main memory database system ( MMDBS ) and the SB tree indexing structure , this paper proposed a SB tree indexing structure which was more suitable for relational algebra operations in an MMDBS .

设计内存数据库作前端、Oracle数据库平台作后端的双数据库模式，系统既满足实时监测的要求，又实现了数据管理的功能。

System have two database , one is main memory database in front ; other is oracle data base management system in back . This not only satisfies the request of in-line monitoring , but also actualizes the management to data .