Power Consumption State

	Hardware Name: nRF51822

		Voltage= 3.0 V
		CPU Idle Power = 0.275 * 16 * Voltage = 13.2 [0.275 mA/MHz (read from flash) * CPU Freq (16MHz)]
		Rx Power = CPU Idle Power + 9.7 * Voltage = 42.3 
		Tx Power = CPU Idle Power + 8 * Voltage = 37.2
		Sleep Mode Power = 2.6 * 10^(-3) * Voltage = 0.0078

	Hardware Name: 200Rx

		Voltage= 3.0 V
		CPU Idle Power = 10 * Voltage = 30 V
		Rx Power = CPU Idle Power + 200 = 230 V 
		Tx Power = 400 V
		Sleep Mode Power = 2.5 * 10^(-3) * Voltage = 0.0075 V

Sensors Paramters

    Units:

        Sensing Period: ms
        Data Rate: bits/second
        Data Acquisition time: ms
        Static Power: mW
        Dynamic Power: mW
			
Processing Algorithm Parameters

	Units:
	
		Time to process aquired sensor data: ms/bit
		
Network Protocol Hardware Parameters

	Units:
		
		Maximum Packet Size: bytes
		PHY Rate: Mbps
		PHY Overhead: us
		MAC Overhead: bits
		IPv6 Overhead: bits
		Synchro Period: ms
		Clock Accuracy: ppm (ppmRX - ppmTX)
		Packet Delivery Ratio: percentage
		Power: mW

	Protocol Name: BLE5.0, 1Mbps
		
		Details of Specific Parameter:
			
			LLDataHeader = 32 bits
			MAC Overhead = 16 +  LLDataHeader = 48 bits (No MIC)
			TIFS = 150 us

	Protocol Name: 802.11ah - MCS9, 16MHz
		
		Details of Specific Parameter:
			
			Synchro Period = pow(10,4) * (pow(2,14)-1) * pow(10,3) = 163830000000 ms 
			
			SIFS = 160.0 us
			DIFS= 264 us 
			backoff= 0 us
			
			fc = 2 bytes
			duration = 2 bytes
			senderAddress = 6 bytes
			FCS = 4 bytes
			timestamp = 4 bytes
			BI = 2 bytes
			capability = 2 bytes
			IEheader = 2 bytes # Id, length
			SSID = 0 byte # 0 (broadcast) to 32
			Rates = 1 byte # 1 to 8 (each octet describe a single supported rate in unit of 500kbps)	   
			DSParameterSet = 1 byte #current channel
			TIM = 4 bytes # DTIM Count (1), DTIM Period (1), Bitmap ctrl (1), Partial virtual bitmap (1-251)