To fabricate the composite, the manufacturer "lays up" the prepreg according to the reinforcement needs of the application.
In addition, accuracy can be tuned to the real needs of the application, saving resources.
The settings of these blocks can be optimized according to the varying needs of the application.
The space reserved for dynamic and packet memory RAM can be tailored to the needs of the application and the resources on the node.
The number of FSL links used to connect the configurable accelerator to the embedded system depends on the needs of the application being accelerated.
Since these requests are typically related to rekeying necessities, they can be triggered according to the length of the keys, their usage time, the security needs of the application, the trust level of the peer, etc.
This may in part be circumvented by using AAV serotypes with an in vivo gene transduction pattern most closely fitting the needs of the application.
It is also possible to make some architectural features reconfigurable and tune their parameters at run time, according to the needs of the application being executed.
The proposed two-phase approach permits a second phase of selection to be focused on the needs of the application at the time that the infrastructure is being deployed.
NVIDIA® Optimus™ Technology intelligently, automatically, and seamlessly transitions between the powerful NVIDIA® ION™ GPU, and battery-saving integrated graphics – depending on the needs of the application – delivering great battery life and great performance when you need it.
