wns::scheduler::strategy::dsastrategy Namespace Reference

Classes
class	BestCapacity
class	BestChannel
class	DoNotUseDSA
struct	DSAResult
class	DSASlave
	DSA strategy to be used in slave scheduler (UT-RS-TX, uplink). More...
class	DSAStrategy
	provides methods for "Dynamic Subchannel Assignment" (DSA). Used by scheduler strategies for during doAdaptiveResourceScheduling() More...
class	DSAStrategyInterface
	provides methods for "Dynamic Subchannel Assignment" (DSA). Used by scheduler strategies for during doAdaptiveResourceScheduling() More...
class	FarFirst
	DSA startegy equally distributing available resources between users. If there are n resources and m users: m1 = n mod m users get floor(n/m) + 1 resources, m - m1 users get floor(n/m) resources. The resources are then granted to a user by first increasing the subChannel number, then the timeSlot, then the spatialLayer. TODO: Make it configurable in which order time, frequency and space domain are used for resource sorting. More...
class	Fixed
	DSA startegy equally distributing available resources between users. If there are n resources and m users: m1 = n mod m users get floor(n/m) + 1 resources, m - m1 users get floor(n/m) resources. The resources are then granted to a user by first increasing the subChannel number, then the timeSlot, then the spatialLayer. TODO: Make it configurable in which order time, frequency and space domain are used for resource sorting. More...
class	FreqFirst
class	HighCwithHighI
	DSA startegy equally distributing available resources between users. If there are n resources and m users: m1 = n mod m users get floor(n/m) + 1 resources, m - m1 users get floor(n/m) resources. The resources are then granted to a user by first increasing the subChannel number, then the timeSlot, then the spatialLayer. TODO: Make it configurable in which order time, frequency and space domain are used for resource sorting. More...
class	InterferenceCoordinatedSimple
class	LinearFFirst
class	NearbyFirst
	DSA startegy equally distributing available resources between users. If there are n resources and m users: m1 = n mod m users get floor(n/m) + 1 resources, m - m1 users get floor(n/m) resources. The resources are then granted to a user by first increasing the subChannel number, then the timeSlot, then the spatialLayer. TODO: Make it configurable in which order time, frequency and space domain are used for resource sorting. More...
class	Random
Typedefs
typedef wns::PyConfigViewCreator < DSAStrategyInterface, DSAStrategyInterface >	DSAStrategyCreator
typedef wns::StaticFactory < DSAStrategyCreator >	DSAStrategyFactory
Variables
const int	DSAsubChannelNotFound = -1

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Typedef Documentation

typedef wns::PyConfigViewCreator<DSAStrategyInterface, DSAStrategyInterface> wns::scheduler::strategy::dsastrategy::DSAStrategyCreator

Definition at line 87 of file DSAStrategyInterface.hpp.

typedef wns::StaticFactory<DSAStrategyCreator> wns::scheduler::strategy::dsastrategy::DSAStrategyFactory

Definition at line 88 of file DSAStrategyInterface.hpp.

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Variable Documentation

const int wns::scheduler::strategy::dsastrategy::DSAsubChannelNotFound = -1

Definition at line 45 of file DSAStrategyInterface.hpp.