The 3rd int . symp . information processing in sensor networks , poster session , california , usa , 2004 , acm press , pp . 124 - 133 , 在模型周期中的特定時刻,每個傳感器會將其剩余電量以及該點的數據重要性廣播給周圍的傳感器。
7 stojmenovi c i . geocasting with guaranteed delivery in sensor networks . ieee wireless communications , december 2004 , 11 : 29 - 37 . 8 estrin d , govindan r , heidemann j , kumar s . next century challenges : scalable coordination in sensor networks 出于優化電池使用的需要,在floodnet中每個傳感器節點的能量使用模式與本地的具體情況即該點傳感器電池的剩余電量和傳送數據到下一傳感器節點所需要的電量和水災預測模型的要求即對每個傳感器所在點的數據重要性相適應。
According to the features of zinc / air fuel cell . the author brings forward the approach to detect energy of it . the approach including such steps : precisely measure the value of voltage , current , temperture of the experiments and use ann to modify the meaure results and compute the discharging energy , power ; adapt the method of ec method to detect the soc 因此,這也有利于鋅空電池的實際應用和推廣。針對鋅空電池的上述特點,本人在研究中對鋅空電池的電壓、電流、溫度參數進行精確采樣,提出用修正的電量累積法預測剩余電量。
16 yu y , govindan r , estrin d . geographical and energy aware routing : a recursive data dissemination protocol for wireless sensor networks . technical report ucla csd - tr - 01 - 0023 , computer science department , ucla , may 2001 . 17 heinzelman w , chandrakasan a , balakrishnan h . energy - efficient communication protocol for wireless microsensor networks 比如說,當兩個傳感器具有相同的剩余電量,并且將一個數據包傳送到二者所需電量相同,這個數據包可能會被傳送給數據重要性低的那個節點上的傳感器,從而降低更重要的數據因為電池耗盡而丟失的概率。