Sentence examples for provide flexibility of from inspiring English sources

Krylov subspace linear solvers, restricted additive Schwarz method, incomplete LU factorization (ILU) preconditioner, and a family of CPR (constrained pressure residual -type presidual -type are impreconditionersovide flexibility of the linearesystem solutimplementedes.

SDN-based network slices isolation provides additional abstract layer to provide flexibility of slices management and is considered one of key enablers of 5G slicing [43].

Also, many retirees (and even millennial investors) like receiving monthly rewards (in the form of dividends) as they provide flexibility of paying household bills, enjoying rounds of golf, or eating out at a favorite restaurant.

It could have been easier to fill the gap by reconfiguring the steam cracker, but the steam cracker does not provide flexibility of operation and it has high energy consumption.

A state of the hippocampal network with LTP only could provide flexibility of the system to learn new information; the other state of the network with LTP and LTD simultaneously could endow stability to the system for retaining acquired information.

By the user, f can be set based on their confidence of ambiguous tags and provide flexibility of the method.

The design provides flexibility of tuning various parameters according to application type and offers minimal complexity.

The proposed design significantly reduces the computational requirements and provides flexibility of designing different type of controllers for different dynamic parts of the system.

With the provided flexibility of the proposed workflow, it is possible to incorporate various parameters including injection flow rate, temperature, and location.

While traditional University-attending students have to manage stresses of deadlines and work-life balance, online learning provides flexibility of time: everything from assignments to exams are self-paced.

The proposed implementation provides flexibility of splitting the workload between a general-purpose CPU with a fixed architecture and a field-programmable gate array (FPGA) to trade off contradicting design objectives, namely performance and computational resource usage.