In this paper we present a computationally efficient method of evaluating the probability of multiple correct packet reception in coded synchronous frequency-hopped spread-spectrum (FHSS) networks. We show that the approximation using the independent receiver operation assumption (IROA), which has been frequently employed in the literature without rigorous validation, produces reasonable results in most network load conditions when compared to the exact computations derived from our proposed method. Specifically, the expected value of the absolute error was in the range of 0.0055%–18.21% in the investigated scenarios
The multiple-access capability of a frequency-hop packet radio network is investigated from a coding...
The multiple-access capability of a frequency-hop packet radio network is investigated from a coding...
The problem of computing packet error probabilities in direct-sequence spread-spectrum packet radio ...
In this report, we provide an accurate analysis of the probabilities P(l, m-l K), l = 0,1, ..., m an...
Exact expressions for the probabilities P (I,m-l1k) of I correct packet receptions and m-l erroneous...
In this letter, we analyze the individual probability of receiving a packet when $n$ nodes transmit ...
The author examines the multiple-access capability of frequency-hopped, receiver-oriented, spread-sp...
The packet error probability induced in a frequency-hopped spread-spectrum packet radio network is c...
This paper corrects the approach followed in a previous publication to compute packet error probabil...
This paper corrects the approach followed in a previous publication to compute packet error probabil...
In this paper we present a new method for the evaluation of the probability of error of uncoded freq...
The author considers the multiple-access capability of an asynchronous, frequency-hopped spread-spec...
We characterize multiple-access interference for cellular mobile networks, in which users are assume...
DoctorIn this thesis, we analyze the performance of synchronous fast frequencyhopping spread-spectru...
The problem of computing packet error probabilities in direct-sequence spread-spectrum packet radio ...
The multiple-access capability of a frequency-hop packet radio network is investigated from a coding...
The multiple-access capability of a frequency-hop packet radio network is investigated from a coding...
The problem of computing packet error probabilities in direct-sequence spread-spectrum packet radio ...
In this report, we provide an accurate analysis of the probabilities P(l, m-l K), l = 0,1, ..., m an...
Exact expressions for the probabilities P (I,m-l1k) of I correct packet receptions and m-l erroneous...
In this letter, we analyze the individual probability of receiving a packet when $n$ nodes transmit ...
The author examines the multiple-access capability of frequency-hopped, receiver-oriented, spread-sp...
The packet error probability induced in a frequency-hopped spread-spectrum packet radio network is c...
This paper corrects the approach followed in a previous publication to compute packet error probabil...
This paper corrects the approach followed in a previous publication to compute packet error probabil...
In this paper we present a new method for the evaluation of the probability of error of uncoded freq...
The author considers the multiple-access capability of an asynchronous, frequency-hopped spread-spec...
We characterize multiple-access interference for cellular mobile networks, in which users are assume...
DoctorIn this thesis, we analyze the performance of synchronous fast frequencyhopping spread-spectru...
The problem of computing packet error probabilities in direct-sequence spread-spectrum packet radio ...
The multiple-access capability of a frequency-hop packet radio network is investigated from a coding...
The multiple-access capability of a frequency-hop packet radio network is investigated from a coding...
The problem of computing packet error probabilities in direct-sequence spread-spectrum packet radio ...