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General.h
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#define RT_SIZE 8000 // RT包的长度
#define NRT_SIZE 500 // NRT包的长度
//#define TIMEOUT_INT_RT 0.06 // RT包的timeout时长
//#define TIMEOUT_INT_NRT 0.015 // NRT包的timeout时长
//#define TIMEOUT_INT_RT 0.0014 // RT包的timeout时长
//#define TIMEOUT_INT_NRT 0.00035 // NRT包的timeout时长
#define TIMEOUT_INT_RT 0.016 // RT包的timeout时长
#define TIMEOUT_INT_NRT 0.001 // NRT包的timeout时长
//#define DEADLINE_ON // 如果用deadline方法， define它，如果用time_tag方法，comment它
#define RT_REQ_DELAY 0.04 // 用户对RT包提出的QoS delay要求
#define NRT_REQ_DELAY 0.2 // 用户对NRT包提出的QoS delay要求
#define RT_DELAY 0.04 // scheduler对RT包的delay要求，可以与用户的QoS要求不同
//#define NRT_DELAY 0.4 // scheduler对NRT包的delay要求，可以与用户的QoS要求不同
#define NRT_DELAY 1000 // scheduler对NRT包的delay要求，可以与用户的QoS要求不同
//#define RT_TAG_SHIFT 0.01
#define RT_TAG_SHIFT 0
#define RT_C_NUM 8
//#define RT_EXPLAMDA 8 // RT包 exponential arrival rate lambda value.
#define RT_PKTRATE 64 // RT包 rate.
#define PT_PKTINT 0.015625 // RT包间隔
#define NRT_EXPLAMDA 32 // NRT包 exponential arrival rate lambda value.
#define PRIORITY_QUEUE
//#define PS_ON_EXPLAMDA 0.2
//#define PS_OFF_EXPLAMDA 0.2
#define PS_ON_EXPLAMDA 5 // PU exponential ON period lambda value
#define PS_OFF_EXPLAMDA 0.1 // PU exponential OFF period lambda value
#define RAY_ROW 1 // 从 bandwidth 计算 bitrate 时的 Rayleigh 分布 row 参数
//#define BW_BR_S 25.3 // Sending power
#define BW_BR_S 316.2 // Sending power
#define BW_BR_N0 0.000001 // Noise level
#define BW_BR_N0_P 0.001 // Noise level
#define CLIENT_MAX_RT_Q_COST 24000 // 40Kb client-side buffer size
#define CLIENT_MAX_NRT_Q_COST 24000 // 40Kb client-side buffer size
#define RETX_LIMIT 4 // timeout counter，如果在primary channel连续出现RETX_LIMIT个timeout，将视为PU on
#define PRIMARY_BW 16560000 // Primary channel total bandwidth
//#define SECONDARY_BW 16000000 // Secondary channel total bandwidth, In total 50 MHz, 50M / 3
#define MAX_UP_UNITS 1 // 一个上传包最多可占用的unit个数
#define MAX_DOWN_UNITS 1 // 一个下传包最多可占用的unit个数
#define UP_BW_UNIT 1380000 // 上传包占用的unit大小
#define DOWN_BW_UNIT 1380000 // 下传包占用的unit大小
//#define EstBW_TO_BR 2.31 // 经Rayleigh分布统计，估计的一个Hz的带宽所支持的传输biterate
#define EstBW_TO_BR 6.08 // 经Rayleigh分布统计，估计的一个Hz的带宽所支持的传输biterate
#define EstBit_TXTIME (1/EstBW_TO_BR/UP_BW_UNIT) // 如果用一个unit，1bit数据的传输时间
#define TL_INT 0.01 // Primary channel sensing time span
//#define TNL_INT 2.95
#define TNL_INT 0.19 // Primary channel non-sensing time span
#define PRED_ACC 0.95 // primary channel detection accuracy
//---------------------------------------Below are internal macros, don't change------------------------------------------
#define PS_ACTIVE
#define L_ACTIVE
#define C_DATA 0
#define C_NEW 1
#define ALLOC_BW 2
#define OPEN_CH 3
#define TX_RESULT 5
#define B_DATA 6
#define B_INTER_DATA 7
#define RT_DATA_SCH 8
#define NRT_DATA_SCH 9
#define PS_SCH 10 // the periodical internal message of primary channel
#define BR_UPDATE 11
#define TL_START 12
#define TL_FIN 13
#define DOWN_TIMEOUT 14
#define UP_TIMEOUT 15
#define PRIMARY_ON 20
#define PRIMARY_OFF 21
#define PRINT_DPKT 30
#define PRINT_PON 31
#define PRINT_POFF 32
#define PRINT_TLON 33
#define PRINT_PD_ON 34
#define PRINT_PD_OFF 35
#define PRINT_CH_DOWN_USE 36
#define PRINT_CH_UP_USE 37
#define C_BASE 7
#define CELL_REMAINDER 2
#define PS_NUM 2 // number of primary stations
#define CELL_NUM 2 // number of cells in total
#define MAX_C_INCELL 5000
#define OUT_PATH_PREFIX "result/output_cell"
#define STAT_PATH_PREFIX "result/stat_cell"
#define BW_STAT_PATH_PREFIX "result/bw_cell"
#define STAT_INT 1
//#define C_DEBUG
//#define BS_DEBUG
//#define BW_DEBUG // Print bandwidth allocation
//#define TL_DEBUG
//#define CLIENT_DEBUG // Limit the scope
#define CELL_LOCATION \
for(int i = 0; i < PS_NUM; i ++) \
for(int j = 0; j < CELL_NUM; j ++) \
cellLoc[i][j] = -1; \
cellLoc[0][0] = 0; \
cellLoc[1][0] = 1;
#define MAX_SIMTIME 30
#define BR_UPDATE_INT 0.01 // unused
//#define BR_UPDATE_ACTIVE