Two case studies are presented to illustrate the versatility of the approach in generating multiple optimum network designs for maximum reuse, temperature constraints and debottlenecking.
Case studies are presented to illustrate the versatility of the Enhanced NNA in generating multiple optimum network designs, handling hybrid water network problems where both FF and FC operations coexist, and designing superior practical networks with regeneration including zero wastewater discharge.
Finally, the experimental results showed that the proposed method had 95% accuracy for small vehicles (Passenger vehicles and Sport utility vehicles) and 90% accuracy for large vehicles (Buses and Vans) approximately, which can provide a reference for multiple sensor network design and traffic data collection.
In case of vertical network slicing, one network is sliced into multiple network slices, each designed and optimized for services or applications.
Diffserv enables scalability in network designs with multiple classes of service and Bas; MPLS-TE, however, facilitates resource reservation, fault-tolerance, and network resource optimization.
When constructing an LDH network, planners have multiple possibilities concerning network design, security of supply, and choice of energy source.
To capitalize on multicore power, modern high-speed data transfer applications usually adopt multi-threaded design and aggregate multiple network interfaces.
A cross-layer design enhances the performance of the application by jointly considering the mechanisms at multiple network layers.
It simplifies network design by allowing multiple virtual routers supporting multiple independent virtual networks running on the same shared physical substrate [1].
The multiple allocation hub-and-spoke network design under hub congestion problem is addressed in this paper.
