sidnet.stack.users.marco_project.packet_centric.driver
Class Driver_ElectrostaticRouting

java.lang.Object
  sidnet.stack.users.marco_project.packet_centric.driver.Driver_ElectrostaticRouting

public class Driver_ElectrostaticRouting
extends java.lang.Object

Field Summary

static Battery	battery Define the battery-type for the nodes 75mAh should give enough juice for 24-48h
static EnergyConsumptionParameters	eCostParam Define the power-consumption characteristics of the nodes, based on Mica Mote MPR500CA
static ExperimentDataImpl	experimentData
static int	fieldLength
static int	nodes
static int	time
static TopologyGUI	topologyGUI

Constructor Summary

Driver_ElectrostaticRouting()

Method Summary

static Node	createNode(int id, Field field, Placement placement, Mapper protMap, RadioInfo.RadioInfoShared radioInfoShared, PacketLoss plIn, PacketLoss plOut, PanelContext hostPanelContext, LocationContext fieldContext, SimManager simControl, StatsCollector stats, TopologyGUI topologyGUI) Configures each node representation and network stack
static Field	createSim(int nodes, int length) Initialize simulation environment and field
static void	main(java.lang.String[] args) This is the entry point in the program

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Field Detail

topologyGUI

public static TopologyGUI topologyGUI

nodes

public static int nodes

fieldLength

public static int fieldLength

time

public static int time

battery

public static Battery battery

Define the battery-type for the nodes 75mAh should give enough juice for 24-48h

experimentData

public static ExperimentDataImpl experimentData

eCostParam

public static EnergyConsumptionParameters eCostParam

Define the power-consumption characteristics of the nodes, based on Mica Mote MPR500CA

Constructor Detail

Driver_ElectrostaticRouting

public Driver_ElectrostaticRouting()

Method Detail

main

public static void main(java.lang.String[] args)

This is the entry point in the program

createSim

public static Field createSim(int nodes,
                              int length)

Initialize simulation environment and field

Parameters:

nodes - number of nodes

length - length of field

Returns:

simulation field

createNode

public static Node createNode(int id,
                              Field field,
                              Placement placement,
                              Mapper protMap,
                              RadioInfo.RadioInfoShared radioInfoShared,
                              PacketLoss plIn,
                              PacketLoss plOut,
                              PanelContext hostPanelContext,
                              LocationContext fieldContext,
                              SimManager simControl,
                              StatsCollector stats,
                              TopologyGUI topologyGUI)

Configures each node representation and network stack

Parameters:

int - id a numerical value to represent the id of a node. Will correspond to the IP address representation

Field - the field properties

Placement - information regarding positions length of field

Mapper - network stack mapper

RadioInfo.RadioInfoShared - configuration of the radio

plIn - property of the PacketLoss for incoming data packet

plOut - property of the PacketLoss for outgoing data packet

hostPanelContext - the context of the panel this node will be drawn

fieldContext - the context of the actual field this node is in (for GPS)

simControl - handle to the simulation manager

Battery - indicate the battery that will power this particular node

StatsCollector - the statistical collector tool