The phrase "a correct reception" is correct and usable in written English.
It can be used when discussing the accuracy or appropriateness of receiving information, signals, or messages.
Example: "The technician confirmed that a correct reception of the signal was achieved after the adjustments were made."
Alternatives: "an accurate reception" or "a proper reception".
The minimum SIR that the receiver requires for a correct reception is set to 10 dB.
Each node considers as neighbors only the nodes for which the associated link satisfies PER < PERth, where PERth is the maximum PER that a receiver can tolerate to guarantee a correct reception of messages.
The total transmission time of a packet is equal to the time taken to physically transmit the packet for the number of times required for a correct reception of the packet, i.e., R = X L B where L is the length (in bits) of the packet at the physical layer, B is the transmission rate (in bit/s), L B is therefore the nominal time to transmit a packet and X is the number of packet retransmissions.
Wireless communications suffer from a plethora of phenomena that make correct reception of transmitted data an uncertain event in many cases.
which is also called the efficiency function, denotes the probability of correct reception of a frame [3].
The probability to send exactly one ACK message is (1 - Pd p,h)), referring to the correct reception of a data packet.
wherein R is the transmit data rate, Q≥1 is the packet length, D≤Q is the number of information symbols contained in each packet, γ is the achieved SINR, p the transmit power, and (1−e−γ) Q is the so-called efficiency function which approximates the probability of correct reception for a data-packet of length Q[4, 10, 30] and references therein.
Therefore, a wireless operator can guarantee to each user, the correct reception of its packet within a maximum scheduling delay of 25 slots and with a total outage of.
The aforementioned example illustrates how the opportunistic routing paradigm can be used to increase the transmission channel reliability, as the next hop is not chosen a priori but only after the correct reception by descendent nodes.
(vi) All bits in a packet must be received correctly for correct reception of the packet.
More specifically, a correct signal reception is possible when R<3N/32 (in the case of S=0.5 %).
