Such technologies can allocate resources according to user requirements, with path stability providing low jitter for real-time services.
Once the slot requirements and routing paths are determined, each node employs a local (wireline-type) scheduling policy.
While institutions can enable organizations, they too often apply requirements to follow paths that can stifle learning and development.
Similar to the centralized algorithm, all the nodes in the route which satisfies the distributed shortest path requirements become active while the other nodes remain in the sleep state.
A flexible distributed algorithm aiming at reducing communication path requirements is presented under EKF.
Memory requirements and critical path are essential for 2-D Discrete Wavelet Transform (DWT).
A basic requirement for polishing paths is that the surface can be completely and uniformly covered during a polishing cycle.
A "tangential" controller meets the application-specific requirements on the path, such as speed regulation and internal stability.
The afore-named quality standards all reflect the basic requirement that alternative paths to the future are constructed around these relationships.
For instance, the performance requirements of each path are specified for the spectrum management, such as signal strength and power transmission that every link should support for every path.
