In a paper by Hawthorn and DeWitt, the projected performance of several proposed database machines was examined for three relational database queries. The present paper investigates the performance of a massively parallel machine called NON-VON for the same queries under comparable assumptions. In the case of simple queries, a NON-VON machine of comparable size to those considered by Hawthorn and DeWitt is found to be somewhat faster than the fastest machines examined in their study; for a more complex database operation, NON-VON is shown to be five to ten times faster than the fastest of these machines
Abstract—Big data revolution has created an unprecedented demand for intelligent data management sol...
In modern economies, most important business decisions are based on detailed analysis of available d...
Database engines must adapt to the underlying hardware for high-performance transaction execution. C...
The central focus of this chapter is the highly efficient execution of relational database queries u...
NON-VON is a highly parallel, non-von Neumann supercomputer, portions of which are now being impleme...
The NON-VON machine (portions of which are presently under construction in the Department of Compute...
The NON·VON machine (portions of which are presently under construction in the Department of Comput...
NON-VON is a very high performance experimental supercomputer, portions of which are now being imple...
During the last two decades, computer hardware has experienced remarkable developments. Especially C...
Relational database systems have provided end users and application programmers with an improved wor...
NON-VON is a highly parallel machine designed to support the efficient implementation of very large ...
Context. Database is an essential part of any software product. With an emphasis on application perf...
This research project will be focused on parallel processing as it is used with database management ...
Deciding on which data store to use is one of the most important aspects of every project. Besides t...
Recent studies have shown that the hardware behavior of database workloads is suboptimal when compar...
Abstract—Big data revolution has created an unprecedented demand for intelligent data management sol...
In modern economies, most important business decisions are based on detailed analysis of available d...
Database engines must adapt to the underlying hardware for high-performance transaction execution. C...
The central focus of this chapter is the highly efficient execution of relational database queries u...
NON-VON is a highly parallel, non-von Neumann supercomputer, portions of which are now being impleme...
The NON-VON machine (portions of which are presently under construction in the Department of Compute...
The NON·VON machine (portions of which are presently under construction in the Department of Comput...
NON-VON is a very high performance experimental supercomputer, portions of which are now being imple...
During the last two decades, computer hardware has experienced remarkable developments. Especially C...
Relational database systems have provided end users and application programmers with an improved wor...
NON-VON is a highly parallel machine designed to support the efficient implementation of very large ...
Context. Database is an essential part of any software product. With an emphasis on application perf...
This research project will be focused on parallel processing as it is used with database management ...
Deciding on which data store to use is one of the most important aspects of every project. Besides t...
Recent studies have shown that the hardware behavior of database workloads is suboptimal when compar...
Abstract—Big data revolution has created an unprecedented demand for intelligent data management sol...
In modern economies, most important business decisions are based on detailed analysis of available d...
Database engines must adapt to the underlying hardware for high-performance transaction execution. C...