000 | 01282nab a22002897 4500 | ||
---|---|---|---|
001 | H004.7 COM | ||
003 | AR-sfUTN | ||
008 | 190909b xx |||p|r|||| 00| 0 spa d | ||
040 | _cAR-sfUTN | ||
080 | _aH004.7 COM | ||
100 | _aSimonota, Francois | ||
700 | _aSong, Ye-Qiong | ||
245 | _aReal-time communications using TDMA-based multi-access protocol | ||
336 |
_2rdacontent _atexto _btxt |
||
337 |
_2rdamedia _asin mediaciĆ³n _bn |
||
338 |
_2rdacarrier _avolumen _bnc |
||
505 | _aIn this paper, we study first the performance issues, especially message sojourn time and message overflow, of the TDMA protocol and then show how to use these results to design protocol parameters in order to meet the soft real-time requirements. We consider a single queue with multiple output (b messages) and finite buffer capacity (denoted by K), K and b being two protocol parameters that a designer can choose. | ||
650 | _aREAL-TIME COMMUNICATION | ||
650 | _aMULTI-ACCESS PROTOCOL | ||
650 | _aTDMA | ||
650 | _aPERFORMANCE EVALUATION | ||
650 | _aDEADLINE MISS PROBABILITY | ||
650 | _aDIMENSIONING | ||
773 |
_tComputer communications _wH004.7 COM _nS.T.:H004.7 COM PP2705 _g(vol. 20, nro. 6, Jul. 1997), p. 435-448 |
||
942 | _cAN | ||
999 |
_c35658 _d35658 |