Bharat Bhargava and John Riedl. The RAID distributed database system. IEEE Transactions on Software Engineering, 16(6), June 1989.  Home/Search   Document Not in Database   Summary   Related Articles   Check

....board of IEEE Transactions on Knowledge and Data Engineering and as Vice Chair of the IEEE Technical Committee on Distributed Processing. Dr. Bhargava is director of the RAID project at Purdue research in replication control, checkpointing, and communications in distributed database systems [4, 3]. The RAID project includes experimental work on a distributed database system developed in his lab. Other experiments are also directed towards dynamic reconfiguration of the system under various conditions, including failure. 9 http: www.cs.purdue.edu people mja Several topics in ....

B. Bhargava and J. Riedl. RAID distributed database system. IEEE Transactions on Software Engineering, pages 726--736, 1989.

....as Vice Chair of the IEEE Technical Committee on Distributed Processing. 4 FIRST is the Forum of Incident Response and Security Teams. Dr. Bhargava is director of the RAID project at Purdue research in replication control, checkpointing, and communications in distributed database systems [4, 3]. The RAID project includes experimental work on a distributed database system developed in his lab. Other experiments are also directed towards dynamic reconfiguration of the system under various conditions, including failure. Several topics in distributed systems security are of interest to Dr. ....

B. Bhargava and J. Riedl. RAID distributed database system. IEEE Transactions on Software Engineering, pages 726--736, 1989.

....board of IEEE Transactions on Knowledge and Data Engineering and as Vice Chair of the IEEE Technical Committee on Distributed Processing. Dr. Bhargava is director of the RAID project at Purdue research in replication control, checkpointing, and communications in distributed database systems [2, 1]. The RAID project includes experimental work on a distributed database system developed in his lab. Other experiments are also directed towards dynamic reconfiguration of the system under various conditions, including failure. Several topics in distributed systems security are of interest to Dr. ....

B. Bhargava and J. Riedl. RAID distributed database system. IEEE Transactions on Software Engineering, pages 726--736, 1989.

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Bharat Bhargava and John Riedl. The RAID distributed database system. IEEE Transactions on Software Engineering, 16(6), June 1989.

....and flow control. This approach is effective because it takes advantage of the basic services provided by connectionless protocols. In fact, many protocols were designed in this way. They include: TCP, RTP [SCFJ96] cyclic UDP [Smi94] and the protocol used in Raid distributed database system [BR89] Reliability is another issue in choosing or designing a transport protocol for video applications. Two causes contribute to the packet loss and error: 1) unreliability of underlying transmission media, and (2) network congestion or resource exhaustion (e.g. buffers overflow) to cause ....

Bharat Bhargava and John Riedl. The Raid distributed database system. IEEE Transaction on Software Engineering, 15(6), June 1989.

....MIPS) connected in a LAN environment. Solaris 2.3 is the operating system used. The experiments in video communication used video frames grabbed by Sun video cameras attached to the Sparc 5 and Sparc 10 workstations. We also have RAID distributed database system used for storing video sessions[BR89b] Wide Area Network Communication Emulation (WANCE) tool [ZB93] for communication, and several other measurement tools. To establish input parameters for our experiment, first we measured the frame rates for frames of different sizes [LGB95] For a particular frame size (e.g. 640 x 480) as the ....

Bharat Bhargava and John Riedl. The Raid distributed database system. IEEE Transaction on Software Engineering, 15(6), June 1989.

....Experiments : 32 A.5 Experimentation with Restart Policies : 33 A. 6 RAID Experimental Procedure : 33 1 Introduction RAID [BR89a, BR89b] is a distributed database system being developed on Sun workstations running the Unix operating system. RAID is a server based system, with each server encapsulating a distinct and well defined subset of the services desirable in a transaction processing system. Servers are independent entities ....

Bharat Bhargava and John Riedl. The RAID distributed database system. IEEE Transactions on Software Engineering, 16(6):726--736, June 1989.

....them. In this section, we first present the apparatus for our experimentation and then the preliminary result of our experimental study. Raid System: Raid is a reliable and adaptable distributed database system developed for conducting experimental research in distributed transaction management [BR89] It provides an experimental infrastructure for our research in communication issues in DTP [BZM91] In Raid system, the components of DTP are implemented as separate server processes. The servers can be arbitrarily distributed over the network and interact with each other via a high level ....

....in its execution. The RC maintains the mutual consistency of the replicated data items and provides system reliability. The SC collects availability information about the Raid sites and advertises the view changes to the RC for quorum control. The details of the Raid system can be found in [BR89] Benchmark: The benchmark we used is called the Raid benchmark. It uses a small banking database with banking transactions. It is based on TPC A and TPC B benchmarks and their ascendant the DebitCredit benchmark [Gra91] All of them are widely accepted industry standards and TPC A B are ....

Bharat Bhargava and John Riedl. The Raid distributed database system. IEEE Transactions on Software Engineering, 15(6), June 1989.

....scheme of Push avoids system crashes due to bugs in the new services. When Push is used as an operational tool, Push routines can be added to or deleted from the kernel dynamically during normal operation of the system. This feature introduces a form of adaptability in the operating system [1]. Database implementors have suggested that additional support in the underlying operating system is needed for efficiency [2, 3, 4] Push provides a facility for experimenting with new or extended operating system services. Examples of these services include buffer management, file system ....

Bharat Bhargava and John Riedl. The Raid distributed database system. IEEE Transactions on Software Engineering, 15(6), June 1989.

....which is performed on a mobile host. We are investigating necessary criteria for scheduling proxies at fixed hosts in a sound and efficient way. 6 Status Report We are currently developing an information system on top of ORAID [5] ORAID is an object oriented system built on top of RAID [6], a distributed database system that has been proven successful in supporting experiments in communication, adaptability, and transaction processing. We are modifying the communication library routines [26] to simulate the wireless communication. Mobility is captured by connecting our simulated ....

Bharat Bhargava and John Riedl. The Raid Distributed Database System. IEEE Transaction on Software Engineering, 15(6), June 1989.

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