SOFTWARE INFORMATION TECHNOLOGY OPERATIONS

Brand	Owner (click to sort)	Address	Description
BW FITNESS TEST	DATAVARD AG	Rudolf-Diesel-Straße 9 Heidelberg 69115 Germany	Software for information technology operations analytics, automated system analysis and benchmarking of systems in terms of user-behavior, system performance and data utilization, data system readiness, software application performance monitoring, real-time ongoing simulation and monitoring and reporting, user behavior analysis and simulation, system behavior analysis, simulation and prediction, and security and compliance monitoring;FITNESS TEST;
ERP FITNESS TEST	DATAVARD AG	Rudolf-Diesel-Straße 9 Heidelberg 69115 Germany	Software for information technology operations analytics, automated system analysis and benchmarking of systems in terms of user-behavior, system performance and data utilization, data system readiness, software application performance monitoring, real-time ongoing simulation and monitoring and reporting, user behavior analysis and simulation, system behavior analysis, simulation and prediction, and security and compliance monitoring;
FIRESCOPE	FireScope, Inc.	4287 Beltline Rd. Suite 364 Addison TX 75001	Software for information technology operations and security, namely, computer software for security and network management purposes;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

Systems, methods, apparatus and software can make use of separated I/O processors and strategy processors (implemented in hardware and/or software) to perform virtual device I/O operations. I/O processors operating on cluster nodes, storage appliance ports, or other devices can receive I/O operation requests directed to virtual devices, e.g., volumes or virtual logical units. Information about the request is forwarded to a strategy processor, operating independently or as part of larger volume management software where corresponding physical device I/O operations are determined. The physical device I/O operations can include additional information about the operations, e.g., tag information and summary information, for use in processing the virtual device I/O request. The physical device I/O operations are sent back to the I/O processor which executes the operations and/or passes the operation on to the appropriate storage device. I/O completion messages are sent by the I/O processor in parallel to the source of the I/O request (e.g., a host or application) and to the strategy processor, providing an improvement in I/O latency.