private void CalNbrFreInterference(SimulationCarrier curCarrier, SimulationUser user, CarrierTotalLoss InCarrierTL, float[] rbIn, ref float rxPower)
{
float ulTotalLoss = InCarrierTL.UlTotalLoss;
float num2 = SimulationTools.CalculateFactor(InCarrierTL.Carrier, curCarrier);
rxPower = (num2 * SimulationTools.ConvertdBToLine(user.UeTxPower)) / ulTotalLoss;
float num3 = rxPower / ((float) curCarrier.BandWidthRbNum);
for (int i = 0; i < curCarrier.BandWidthRbNum; i++)
{
rbIn[i] += num3/2f;
}
}
private void CalIntraFreqInterference(SimulationUser user, CarrierTotalLoss InCarrierTL, float[] rbIn, ref float rxPower)
{
float ulTotalLoss = InCarrierTL.UlTotalLoss;
rxPower = SimulationTools.ConvertdBToLine(user.UeTxPower) / ulTotalLoss;
//每个Rb上的接收功率
float num2 = rxPower / ((float) user.RbList.Count);
//在user所对应的Rb上加上该干扰值
foreach (byte num3 in user.RbList)
{
if ((num3) > 4)
rbIn[0] += num2;
else
rbIn[num3] += num2;
}
}
private void CalaculateRbInOneCarrier(SimulationCarrier curCarrier, SimulationUser user, CarrierTotalLoss InCarrierTL, Dictionary<int, float[]> inDic, Dictionary<ISimulationCarrier, Dictionary<ISimulationCarrier, float>> carrierInDic, bool isICICPeriod)
{
float[] numArray;
if (!inDic.TryGetValue(InCarrierTL.Carrier.ID, out numArray))
{
numArray = new float[InCarrierTL.Carrier.BandWidthRbNum];
inDic.Add(InCarrierTL.Carrier.ID, numArray);
}
float rxPower = -1f;
if (SimulationTools.isTheSameFreCell(InCarrierTL.Carrier, curCarrier))
{
this.CalIntraFreqInterference(user, InCarrierTL, numArray, ref rxPower);
}
else if (SimulationTools.isTheFirstNbrFreCell(InCarrierTL.Carrier, curCarrier))
{
this.CalNbrFreInterference(curCarrier, user, InCarrierTL, numArray, ref rxPower);
}
if (isICICPeriod && (rxPower > 0f))
{
float num2;
Dictionary<ISimulationCarrier, float> dictionary;
if (!carrierInDic.TryGetValue(InCarrierTL.Carrier, out dictionary))
{
dictionary = new Dictionary<ISimulationCarrier, float>();
carrierInDic.Add(InCarrierTL.Carrier, dictionary);
}
if (!dictionary.TryGetValue(curCarrier, out num2))
{
num2 = 0f;
dictionary.Add(curCarrier, num2);
}
num2 += rxPower;
dictionary[curCarrier] = num2;
}
}
public void MyTestInitialize()
{
m_DlHOService = new DlHandOverService(m_CurretTti,m_Sfth );
m_ISourceCarrier = new SimulationCarrier();
m_ITargetCarrier = new SimulationCarrier();
m_NgbCaiirer = new SimulationCarrier();
m_Carrier = new SimulationCarrier();
m_User = new SimulationUser();
m_User.LTEUser = new User();
Service serv = new UnionPsService();
m_User.LTEUser.Service = serv;
m_NgbCarrierList = new List<ISimulationCarrier>();
m_ISourceCarrier.AdmissionCarrierTag = new AdmissionCellTag();
AdmissionCellTag adCellTag = m_ISourceCarrier.AdmissionCarrierTag as AdmissionCellTag;
adCellTag.ULSourceOutThroughput = 100;
m_Carrier.AdmissionCarrierTag = new AdmissionCellTag();
m_NgbCaiirer.AdmissionCarrierTag = new AdmissionCellTag();
AdmissionCellTag ngbCellTag = m_NgbCaiirer.AdmissionCarrierTag as AdmissionCellTag;
ngbCellTag.ULTotalHOThroughput = 50;
SimulationCarrier temp = m_NgbCaiirer as SimulationCarrier;
temp.Carrier = new LTECell();
m_LbUserList = new List<ISimulationUser>();
SimulationUser user1 = new SimulationUser();
SimulationUser user2 = new SimulationUser();
m_LbUserList.Add(user1);
m_LbUserList.Add(user2);
m_NgbCarrierList.Add(m_NgbCaiirer);
m_DlHOVoiceUserList = new List<ISimulationUser>();
SimulationUser VUser1 = new SimulationUser();
SimulationUser VUser2 = new SimulationUser();
m_DlHOVoiceUserList.Add(VUser1);
m_DlHOVoiceUserList.Add(VUser2);
CarrierTotalLoss a=new CarrierTotalLoss ();
SimulationCarrier carrier = new SimulationCarrier();
carrier.IsLTECell = true;
LTECell lteCell = new LTECell();
lteCell.RSPower = 15f;
carrier.Carrier = lteCell;
CarrierTotalLoss b = new CarrierTotalLoss(carrier, 100f, 100f);
//SimulationCarrier carrier1 = new SimulationCarrier();
//b.Carrier = carrier1;
List<CarrierTotalLoss> listCarrier = new List<CarrierTotalLoss>();
listCarrier.Add(a);
listCarrier.Add(b);
a.Carrier = new SimulationCarrier();
carrier.IsLTECell = false;
RelayCell relayCell1 = new RelayCell();
relayCell1.RSPower = 16f;
a.Carrier.Carrier = relayCell1;
b.Carrier = new SimulationCarrier();
carrier.IsLTECell = false;
RelayCell relayCell2 = new RelayCell();
relayCell1.RSPower = 17f;
b.Carrier.Carrier = relayCell2;
m_User.BestServiceCellBeforeHandOver = a;
m_User.StroNbrBeforeHandOver = b;
user1.BestServiceCellBeforeHandOver = a;
user1.StroNbrBeforeHandOver = b;
user2.BestServiceCellBeforeHandOver = a;
user2.StroNbrBeforeHandOver = b;
user1.CarrierListInComputeArea = listCarrier.ToArray();
user2.CarrierListInComputeArea = listCarrier.ToArray();
m_User.CarrierListInComputeArea = listCarrier.ToArray();
List<ISimulationUser> list = new List<ISimulationUser>();
list.AddRange(m_LbUserList);
RelayCell relaycarrier = new RelayCell();
((SimulationCarrier)m_NgbCaiirer).Carrier = relaycarrier;
((SimulationCarrier)m_ISourceCarrier).Carrier = relaycarrier;
((SimulationCarrier)m_ITargetCarrier).Carrier = relaycarrier;
user1.CarrierListInComputeArea[0].Carrier = carrier;
user1.CarrierListInComputeArea[0].Carrier.Carrier = relaycarrier;
user2.CarrierListInComputeArea[0].Carrier = carrier;
user2.CarrierListInComputeArea[0].Carrier.Carrier = relaycarrier;
m_User.CarrierListInComputeArea[0].Carrier = carrier;
m_User.CarrierListInComputeArea[0].Carrier.Carrier = relaycarrier;
user1.CarrierListInComputeArea[1].Carrier = carrier;
user1.CarrierListInComputeArea[1].Carrier.Carrier = relaycarrier;
user2.CarrierListInComputeArea[1].Carrier = carrier;
user2.CarrierListInComputeArea[1].Carrier.Carrier = relaycarrier;
m_User.CarrierListInComputeArea[1].Carrier = carrier;
m_User.CarrierListInComputeArea[1].Carrier.Carrier = relaycarrier;
//m_User.StroNbrBeforeHandOver.Carrier = carrier;
relaycarrier.RSPower = 100;
//m_User.StroNbrBeforeHandOver.Carrier = carrier;
//m_User.BestServiceCellBeforeHandOver.Carrier = carrier;
Huawei.UNet.Traffic.Map.Interface.User lteuser = new Huawei.UNet.Traffic.Map.Interface.User();
user1.LTEUser = lteuser;
user1.ID = 1;
Huawei.UNet.Traffic.Interface.Terminal terminal = new Huawei.UNet.Traffic.Interface.Terminal();
user1.LTEUser.Terminal = terminal;
List<Huawei.UNet.Traffic.Interface.NetworkTerminal> netterminallist = new List<NetworkTerminal>();
NetworkTerminal networkTerminal = new NetworkTerminal();
LTETerminal lteterminal = new LTETerminal();
netterminallist.Add(lteterminal);
user1.LTEUser.Terminal.NetTerminalList = netterminallist;
user1.LTEUser.Service = new Huawei.UNet.Traffic.Interface.UnionPsService();
((Huawei.UNet.Traffic.Interface.UnionPsService)(user1.LTEUser.Service)).PSServiceDic = new Dictionary<Huawei.UNet.Frame.Interface.NetWorkType, Huawei.UNet.Traffic.Interface.Service>();
((Huawei.UNet.Traffic.Interface.UnionPsService)(user1.LTEUser.Service)).PSServiceDic.Add(NetWorkType.LTE, new Huawei.UNet.Traffic.LTEModel.LTEService());
user2.LTEUser = lteuser;
user2.LTEUser.Terminal = terminal;
user2.ID = 2;
netterminallist.Add(lteterminal);
user2.LTEUser.Terminal.NetTerminalList = netterminallist;
user2.LTEUser.Service = new Huawei.UNet.Traffic.Interface.UnionPsService();
((Huawei.UNet.Traffic.Interface.UnionPsService)(user2.LTEUser.Service)).PSServiceDic = new Dictionary<Huawei.UNet.Frame.Interface.NetWorkType, Huawei.UNet.Traffic.Interface.Service>();
((Huawei.UNet.Traffic.Interface.UnionPsService)(user2.LTEUser.Service)).PSServiceDic.Add(NetWorkType.LTE, new Huawei.UNet.Traffic.LTEModel.LTEService());
m_User.LTEUser = lteuser;
m_User.ID = 0;
m_User.LTEUser.Terminal = terminal;
netterminallist.Add(lteterminal);
m_User.LTEUser.Terminal.NetTerminalList = netterminallist;
m_User.LTEUser.Service = new Huawei.UNet.Traffic.Interface.UnionPsService();
((Huawei.UNet.Traffic.Interface.UnionPsService)(m_User.LTEUser.Service)).PSServiceDic = new Dictionary<Huawei.UNet.Frame.Interface.NetWorkType, Huawei.UNet.Traffic.Interface.Service>();
((Huawei.UNet.Traffic.Interface.UnionPsService)(m_User.LTEUser.Service)).PSServiceDic.Add(NetWorkType.LTE, new Huawei.UNet.Traffic.LTEModel.LTEService());
//Service service = new Service();
//UnionPsService psservice = SimulationTools.GetUnionPsService(service);
//psservice.DlOffset = 0;
//psservice.DlTxEff = 1;
//psservice.DlMinThroughputDemand = 0;
//user1.LTEUser.Service = psservice;
}
public void MyTestInitialize()
{
m_NgbCarrierList = new List<ISimulationCarrier>();
m_AdCarrier1 = new SimulationCarrier();
m_AdCarrier2 = new SimulationCarrier();
m_AdCarrier1.AdmissionCarrierTag = new AdmissionCellTag();
m_AdCarrier2.AdmissionCarrierTag = new AdmissionCellTag();
m_LbThresHoldParam = new LBThresholdParam();
m_SUser1 = new SimulationUser();
m_SUser2 = new SimulationUser();
m_SUser1.AdmissionUserTag = new SimulationUser();
m_SUser2.AdmissionUserTag = new SimulationUser();
m_AdmissionCarrier = new SimulationCarrier();
LTECell ltecarrier = new LTECell();
m_AdmissionCarrier.Carrier = ltecarrier;
m_AdCarrier1.Carrier = ltecarrier;
m_AdCarrier2.Carrier = ltecarrier;
FrequencyBand freband = new FrequencyBand();
freband.BandWidth = 100;
ltecarrier.FreqBand = freband;
m_AdmissionCarrier.AdmissionCarrierTag = new AdmissionCellTag();
m_Lbth = new LBThresholdParam();
m_DLLB = new DlLoadBalancingService(m_CurrentTTI, m_Lbth);
m_LbUserList = new List<ISimulationUser>();
m_User1 = new SimulationUser();
m_User2 = new SimulationUser();
m_LbUserList.Add(m_User1);
m_LbUserList.Add(m_User2);
m_DlDataWaitUserList = new List<ISimulationUser>();
m_DlDataWaitUserList.Add(m_SUser1);
m_DlDataWaitUserList.Add(m_SUser2);
m_AdmissionCarrier.DlDataWaitUserList = m_DlDataWaitUserList;
m_DlVoiceWaitUserList = new List<ISimulationUser>();
m_DlVoiceWaitUserList.Add(m_SUser1);
m_DlVoiceWaitUserList.Add(m_SUser2);
m_AdmissionCarrier.DlVoiceWaitUserList = m_DlVoiceWaitUserList;
m_NgbList = new List<ISimulationCarrier>();
RelayCell relaycarrier = new RelayCell();
LteAlgParam ltealgparam = new LteAlgParam();
m_AdmissionCarrier.Carrier = relaycarrier;
m_AdCarrier1.Carrier = relaycarrier;
m_AdCarrier2.Carrier = relaycarrier;
m_DlUserList = new List<ISimulationUser>();
m_DlUserList.Add(m_SUser1);
m_DlUserList.Add(m_SUser2);
m_AdmissionCarrier.DlUserList = m_DlUserList;
m_CarrierListInComputerArea = new CarrierTotalLoss();
List<CarrierTotalLoss> listcarrier1 = new List<CarrierTotalLoss>();
CarrierTotalLoss a = new CarrierTotalLoss();
CarrierTotalLoss b = new CarrierTotalLoss();
listcarrier1.Add(a);
listcarrier1.Add(b);
SimulationCarrier carrier = new SimulationCarrier();
((SimulationUser)m_SUser1).CarrierListInComputeArea = listcarrier1.ToArray();
((SimulationUser)m_SUser2).CarrierListInComputeArea = listcarrier1.ToArray();
((SimulationUser)m_SUser1).CarrierListInComputeArea[0].Carrier = carrier;
((SimulationUser)m_SUser2).CarrierListInComputeArea[0].Carrier = carrier;
((SimulationUser)m_SUser1).CarrierListInComputeArea[1].Carrier = carrier;
((SimulationUser)m_SUser2).CarrierListInComputeArea[1].Carrier = carrier;
((SimulationUser)m_SUser1).CarrierListInComputeArea[0].Carrier.Carrier = relaycarrier;
((SimulationUser)m_SUser2).CarrierListInComputeArea[0].Carrier.Carrier = relaycarrier;
((SimulationUser)m_SUser1).CarrierListInComputeArea[1].Carrier.Carrier = relaycarrier;
((SimulationUser)m_SUser2).CarrierListInComputeArea[1].Carrier.Carrier = relaycarrier;
m_User1.CarrierListInComputeArea = listcarrier1.ToArray();
m_User2.CarrierListInComputeArea = listcarrier1.ToArray();
m_User1.CarrierListInComputeArea[0].Carrier = carrier;
m_User2.CarrierListInComputeArea[0].Carrier = carrier;
m_User1.CarrierListInComputeArea[1].Carrier = carrier;
m_User2.CarrierListInComputeArea[1].Carrier = carrier;
m_User1.CarrierListInComputeArea[0].Carrier.Carrier = relaycarrier;
m_User2.CarrierListInComputeArea[0].Carrier.Carrier = relaycarrier;
m_User1.CarrierListInComputeArea[1].Carrier.Carrier = relaycarrier;
m_User2.CarrierListInComputeArea[1].Carrier.Carrier = relaycarrier;
m_User1.BestServiceCellBeforeHandOver = a;
m_User1.StroNbrBeforeHandOver = b;
m_User2.BestServiceCellBeforeHandOver = a;
m_User2.StroNbrBeforeHandOver = b;
m_CarrierListInComputerArea.Carrier = carrier;
relaycarrier.RSPower = 100;
}
/// <summary>
/// 邻频干扰
/// </summary>
private void CalNbrFreInterference(SimulationCarrier carrier, SimulationUser user, CarrierTotalLoss CarrierBeInterf, float[] interfToOneCell, ref float rxPower)
{
float ulTotalLoss = CarrierBeInterf.UlTotalLoss;
float ACIR = SimulationTools.CalculateFactor(CarrierBeInterf.Carrier, carrier);
rxPower = (ACIR * SimulationTools.ConvertdBToLine(user.UeTxPower)) / ulTotalLoss;
float Interf = rxPower / ((float)carrier.BandWidthRbNum);
for (int i = 0; i < carrier.BandWidthRbNum; i++)
{
interfToOneCell[i] += Interf;
}
}
/// <summary>
/// 返回计算区域内的小区中参考信号接收功率的最大值
/// </summary>
/// <param name="carrierListInComputeArea"></param>
/// <returns></returns>
public float GetStrongNgbRSRP(CarrierTotalLoss[] carrierListInComputeArea)
{
float maxRSRP = carrierListInComputeArea[1].Carrier.RSPower - SimulationTools.ConvertLineTodB(carrierListInComputeArea[1].DlTotalLoss);
for (int i = 1; i < carrierListInComputeArea.Length; i++)
{
float tempRSRP = carrierListInComputeArea[i].Carrier.RSPower - SimulationTools.ConvertLineTodB(carrierListInComputeArea[i].DlTotalLoss);
if (maxRSRP < tempRSRP)
{
maxRSRP = tempRSRP;
}
}
return maxRSRP;
}
/// <summary>
/// 同频干扰
/// </summary>
private void CalIntraFreqInterference(SimulationUser user, CarrierTotalLoss CarrierBeInterf, float[] interfToOneCell, ref float rxPower)
{
float ulTotalLoss = CarrierBeInterf.UlTotalLoss;
rxPower = SimulationTools.ConvertdBToLine(user.UeTxPower) / ulTotalLoss;
//每个RB上的接收功率
float interf = rxPower / ((float)user.RbList.Count);
//在user所对应的RB上加上该干扰值
foreach (byte rb in user.RbList)
{
interfToOneCell[rb] += interf;
}
}
/// <summary>
/// 计算一个上行用户对一个上行simulationcarrier的主动干扰
/// </summary>
/// <param name="carrier">产生干扰的用户的bestserver</param>
/// <param name="CarrierBeInterf">被干扰小区</param>
/// <param name="user">产生干扰的小区</param>
/// <param name="inDic">干扰字典，key为小区的ID，value为当前rb上的干扰</param>
/// <param name="carrierInDic">key为被干扰小区，value为一个dictionary，是每一个carrier对其产生的干扰</param>
/// <param name="isICICPeriod"></param>
private void CalculateInterfOfOneUserToOneCell(SimulationCarrier carrier, CarrierTotalLoss CarrierBeInterf, SimulationUser user, Dictionary<int, float[]> inDic, Dictionary<ISimulationCarrier, Dictionary<ISimulationCarrier, float>> carrierInDic, bool isICICPeriod)
{//用户主动去干扰
float[] interfArrayToOneCell;
if (!inDic.TryGetValue(CarrierBeInterf.Carrier.ID, out interfArrayToOneCell)) //因为有很多user所以要先看看是不是已经存在了
{//inDic存放的为对应的被干扰小区在每个RB上受到的干扰
interfArrayToOneCell = new float[CarrierBeInterf.Carrier.BandWidthRbNum];
//此处待商议:是否应该用puschrbnum?
inDic.Add(CarrierBeInterf.Carrier.ID, interfArrayToOneCell);
}
float rxPower = -1f;
if (SimulationTools.isTheSameFreCell(CarrierBeInterf.Carrier, carrier))
{
//CarrierBeInterf:被干扰小区，numArray：用户在其使用的每个RB上对被干扰小区的干扰
//user：产生干扰的用户
this.CalIntraFreqInterference(user, CarrierBeInterf, interfArrayToOneCell, ref rxPower);
}
else if (SimulationTools.isTheFirstNbrFreCell(CarrierBeInterf.Carrier, carrier))
{
this.CalNbrFreInterference(carrier, user, CarrierBeInterf, interfArrayToOneCell, ref rxPower);
}
if (isICICPeriod && (rxPower > 0f)) //?
{
float interf;
Dictionary<ISimulationCarrier, float> dictionary;
if (!carrierInDic.TryGetValue(CarrierBeInterf.Carrier, out dictionary))
{
dictionary = new Dictionary<ISimulationCarrier, float>();
carrierInDic.Add(CarrierBeInterf.Carrier, dictionary);
}//carrierInDic第一个carrier存放的为被干扰小区，第二个dictionary存的是每个干扰小区对它产生的干扰
if (!dictionary.TryGetValue(carrier, out interf))
{
interf = 0f;
dictionary.Add(carrier, interf);
}
interf += rxPower;
dictionary[carrier] = interf;
}
}
/// <summary>
/// 整个带宽上:"下行单用户"受到"上行小区"的干扰(系统不计Relay!)
/// </summary>
/// <param name="userBeInterf">被干扰的下行用户</param>
/// <param name="loss">产生干扰的上行小区</param>
/// <returns>interf</returns>
private float CalculateDLBandwithInterfOfOneUser(SimulationUser userBeInterf, CarrierTotalLoss loss)
{
//line-429
SimulationCarrier otherCarrier = loss.Carrier;
List<ISimulationUser> interfUserlist = m_CarrierAndUserDic[otherCarrier];
float totalInterf = 0f;
//--------------2014/10/13----------------------//
//"foreach"新改动应不计Relay,此处暂且先用原来的,待修改(去掉Relay)...
//foreach (SimulationUser interfUser in interfUserlist)
//{
// float pathloss = float.MaxValue;
// if (interfUser.IsRelayUser && !userBeInterf.IsRelayUser) //上行relay对下行lteuser的干扰，路损取下行
// {
// foreach (CarrierTotalLoss lossBeInterf in userBeInterf.CarrierListInComputeArea)
// {
// if ((lossBeInterf.Carrier.Carrier as RelayCell) == interfUser.RelayUser)
// {
// pathloss = lossBeInterf.DlTotalLoss;
// }
// }
// }
// else if (!interfUser.IsRelayUser && userBeInterf.IsRelayUser)//上行user对下行relay的干扰，路损取上行
// {
// foreach (CarrierTotalLoss Interfloss in interfUser.CarrierListInComputeArea)
// {
// if ((Interfloss.Carrier.Carrier as RelayCell) == userBeInterf.RelayUser)
// {
// pathloss = Interfloss.UlTotalLoss;
// }
// }
// }
// foreach (byte RB in userBeInterf.RbList)
// {
// if (interfUser.RbList.Contains(RB))
// {
// totalInterf += interfUser.UeTxPower / interfUser.RbList.Count / pathloss;
// }
// }
//}
//-----------------2011/04/27-------------------------//
//foreach (byte RB in user.RbList)
//{
// foreach (SimulationUser interfUser in interfUserlist)
// {
// if (interfUser.RbList.Contains(RB))
// {
// totalInterf += interfUser.UeTxPower / interfUser.RbList.Count; //待细化,区分各种ue及路损
// }
// }
//}
//-----------------2011/05/06-------------------------//
foreach (SimulationUser interfUser in interfUserlist)
{
if (interfUser.IsRelayUser && userBeInterf.IsRelayUser)
{
totalInterf += 0f; //relay对relay的干扰不计算
}
else if (!interfUser.IsRelayUser && !userBeInterf.IsRelayUser)
{
totalInterf += 0f;
}
else if (interfUser.IsRelayUser && !userBeInterf.IsRelayUser) //上行relay对下行lteuser的干扰，路损取下行
{
float txPower = interfUser.UeTxPower;
float dlLoss = float.MaxValue;
foreach (CarrierTotalLoss lossBeInterf in userBeInterf.CarrierListInComputeArea)
{
if ((lossBeInterf.Carrier.Carrier as RelayCell) == interfUser.RelayUser)
{
dlLoss = lossBeInterf.DlTotalLoss;
}
}
totalInterf += GetRBInterf(interfUser, userBeInterf, dlLoss);
}
else //上行user对下行relay的干扰，路损取上行
{
float txPower = interfUser.UeTxPower;
float ulLoss = float.MaxValue;
foreach (CarrierTotalLoss Interfloss in interfUser.CarrierListInComputeArea)
{
if ((Interfloss.Carrier.Carrier as RelayCell) == userBeInterf.RelayUser)
{
ulLoss = Interfloss.UlTotalLoss;
}
}
totalInterf += GetRBInterf(interfUser, userBeInterf, ulLoss); //此处不应该除以User.RbList.Count
}
}
return totalInterf;
}
/// <summary>
/// 计算TDD下行用户受到的其他上行小区的干扰--(此处系统不计Relay!)
/// </summary>
/// <param name="user">被干扰的用户</param>
/// <param name="loss">产生干扰的小区，这个loss是user到产生干扰的小区(loss.carrier)的路损，但是取的
/// 时候由于是上行干扰，因此要找到该loss.carrier下面的user的路损</param>
/// <returns>产生的干扰</returns>
private float GetULInterfForTDD(SimulationUser user, CarrierTotalLoss loss)
{
SimulationCarrier interfCarrier = loss.Carrier;
float interf = 0f;
//(系统不计Relay)默认普通下行LTEuser
if (interfCarrier.IsLTECell)
{
interf = CalculateInterfFromULLTECellToLTEUser(user, interfCarrier); //计算一个处于上行的LTECell对一个下行的LTEUser产生的干扰，不考虑ue对ue的干扰
}
return interf;
}
/// <summary>
/// 计算TDD下行用户受到的其他下行小区的干扰
/// </summary>
private float GetDLInterfForTDD(CarrierTotalLoss loss, SimulationUser user, Dictionary<ISimulationCarrier, float[]> rbTxPowerDic)
{
float dlTotalLoss = loss.DlTotalLoss;
SimulationCarrier otherCarrier = loss.Carrier;
float PDSCHTxPowerOfInterfCell = 0f;
float rBRSPower;
PDSCHTxPowerOfInterfCell = rbTxPowerDic[otherCarrier][otherCarrier.BandWidthRbNum];
//计算的是整个带宽上的干扰，因此取干扰小区的全部发射功率
if (SimulationTools.isTheSameFreCell(otherCarrier, user.BestServiceCarrier))
{// 1.如果是同频邻小区
PDSCHTxPowerOfInterfCell /= (float)otherCarrier.BandWidthRbNum;
rBRSPower = this.GetRBRSPower(otherCarrier); //在文档末尾自定义函数GetRBRSPower
return (PDSCHTxPowerOfInterfCell + rBRSPower) / dlTotalLoss;
}
else if (SimulationTools.isTheFirstNbrFreCell(otherCarrier, user.BestServiceCarrier))
{// 2.如果是第一邻频小区,多乘一个ACIR
float ACIR = SimulationTools.CalculateFactor(otherCarrier, user.BestServiceCarrier);
PDSCHTxPowerOfInterfCell /= (float)otherCarrier.BandWidthRbNum;
rBRSPower = this.GetRBRSPower(otherCarrier);
return (ACIR * (PDSCHTxPowerOfInterfCell + rBRSPower)) / dlTotalLoss;
}
return 0f;
}