Energy per useful packet optimization on a TDMA HAP channel
Ganhão, F.
; Pereira, M.P.
;
Bernardo, L.
;
Dinis, R.
;
Souto, N.S.
; Silva, J.
;
Oliveira, R.
;
Pinto, P.
Energy per useful packet optimization on a TDMA HAP channel, Proc IEEE Vehicular Technology Conf. - VTC-Fall, Ottawa, Canada, Vol. -, pp. - - -, September, 2010.
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Abstract
This paper considers the use of a code combining hybrid ARQ scheme (Automatic Repeat reQuest) on a TDMA (Time Division Multiple Access) system. A multi-rate turbo-code is proposed to implement the H- ARQ scheme, allowing improved performances.
This paper analyzes the energy per packet successfully received, the packet delay and goodput performances for the TDMA system on a HAP (High Altitude Platform). Analytical models were used to define a constrained energy optimization problem, where the minimum transmission power is calculated based on the goodput and delay constraints. Analytical results were validated through simulations for a typical HAP Network uplink channel.
